Synthesis, crystal structure and structure–property relations of strontium orthocarbonate, Sr2CO4

Laniel, D.; Binck, J.; Winkler, B.; Vogel, S.; Fedotenko, T.; Chariton, S.; Prakapenka, V.; Milman, V.; Schnick, W.; Dubrovinsky, L.; Dubrovinskaia, N.

doi:10.1107/S2052520620016650

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STRUCTURAL SCIENCE
CRYSTAL ENGINEERING
MATERIALS

ISSN: 2052-5206

Volume 77| Part 1| February 2021| Pages 131-137

https://doi.org/10.1107/S2052520620016650

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Synthesis, crystal structure and structure–property relations of strontium orthocarbonate, Sr₂CO₄

^aMaterial Physics and Technology at Extreme Conditions, Laboratory of Crystallography, University of Bayreuth, 95440 Bayreuth, Germany, ^bGoethe University, Institute of Geosciences, Crystallography, Frankfurt, Germany, ^cDepartment of Chemistry, University of Munich (LMU), Butendandtstrasse 513, 81377 Munich, Germany, ^dCenter for Advanced Radiation Sources, University of Chicago, Chicago, Illinois 60637, USA, ^eBIOVIA Dassault Systèmes, 334 Science Park, Cambridge CB4 0WN, UK, ^fBayerisches Geoinstitut, University of Bayreuth, 95440 Bayreuth, Germany, and ^gDepartment of Physics, Chemistry and Biology (IFM), Linköping University, SE-581 83, Linköping, Sweden
^*Correspondence e-mail: dominique.laniel@uni-bayreuth.de

Edited by O. V. Yakubovich, Moscow State University, Russian Federation (Received 30 November 2020; accepted 23 December 2020; online 26 January 2021)

Carbonates containing CO₄ groups as building blocks have recently been discovered. A new orthocarbonate, Sr₂CO₄ is synthesized at 92 GPa and at a temperature of 2500 K. Its crystal structure was determined by in situ synchrotron single-crystal X-ray diffraction, selecting a grain from a polycrystalline sample. Strontium orthocarbonate crystallizes in the orthorhombic crystal system (space group Pnma) with CO₄, SrO₉ and SrO₁₁ polyhedra as the main building blocks. It is isostructural to Ca₂CO₄. DFT calculations reproduce the experimental findings very well and have, therefore, been used to predict the equation of state, Raman and IR spectra, and to assist in the discussion of bonding in this compound.

Keywords: orthocarbonates; crystal structure; single-crystal X-ray diffraction; high pressure; Sr₂CO₄.

CCDC reference: 2052128

1. Introduction

Carbonates have been studied extensively, from the viewpoints of both geoscience and material science [see e.g. Orcutt et al. (2019 ) and references therein]. In nature, the most prominent representatives at ambient conditions are two polymorphs of CaCO₃, namely calcite and aragonite. At ambient conditions, calcite, aragonite and dolomite account for more than 90% of the natural carbonates (Reeder, 1983 ). Additional geologically relevant phases are dolomite [CaMg(CO₃)₂], magnesite (MgCO₃) and siderite (FeCO₃). Numerous other carbonates have been found in nature, or have been synthesized for scientific or industrial purposes. Most carbonates are either isostructual to calcite ( $[R\bar{3}m]$ ), to the related structure of dolomite ( $[R\bar{3}]$ ) or to orthorhombic aragonite (Pmcn). Carbonates with large cations (cation radius > 1 Å) tend to crystallize in the orthorhombic aragonite structure type [e.g. cerussite (PbCO₃), witherite (BaCO₃) and strontianite (SrCO₃)], while most carbonates with smaller cations tend to crystallize in the calcite or dolomite structure type {e.g. magnesite (MgCO₃), dolomite [CaMg(CO₃)₂], siderite (FeCO₃), rhodochrosite (MnCO₃), otavite (CdCO₃) and smithsonite (ZnCO₃) [Liu & Lin (1997 )]}. However there are exceptions as, for example, alkali metals form monoclinic structures [e.g. Li₂CO₃ (C2/c), K₂CO₃ (C2/c) and Na₂CO₃ (C2/m)]. In the last few years, a plethora of new carbonate phases have been discovered in high-pressure studies and complex phase diagrams have been established [e.g. CaCO₃ has at least 13 polymorphs from ambient conditions to 140 GPa and 2500 K (Ono et al., 2007 ; Ishizawa et al., 2013 ; Lobanov et al., 2017 ; Gavryushkin et al., 2017 ; Bayarjargal et al., 2018 )]. However, until recently, it was thought that nearly planar CO₃ groups [see Winkler et al. (2000 ) and references cited therein for a discussion on the planarity] were the defining feature of carbonates.

A remarkable discovery and a significant extension to our crystal chemical knowledge was, therefore, the synthesis and structural characterization of carbonates, in which sp³ hybridization leads to the formation of CO₄^4- tetrahedra instead of the usual triangular sp²-hybridized CO₃^2- groups. The first reports of the synthesis of such novel carbonates were based on synchrotron powder X-ray diffraction and in situ infrared spectroscopy using either magnesite (MgCO₃) or ferromagnesite (Mg_0.25Fe_0.75CO₃) as starting compositions (Boulard et al., 2011 , 2015 ). The unequivocal experimental confirmation of carbonates with CO₄ groups came with the utilization of single-crystal X-ray diffraction studies, where the structures of Mg₂Fe₂^IIIC₄O₁₃-C2/c (Merlini et al., 2015 ), CaMg_0.6Fe_0.4C₂O₆-Pnma (Merlini et al., 2017 ), Mg_2.53Fe_0.47C₃O₉-C2/m (Chariton et al., 2020 ), Fe₄^IIIC₃O₁₂-R3c and Fe₂^IIFe₂^IIIC₄O₁₃-C2/c (Cerantola et al., 2017 ) were solved. More recently, Chariton (2020 ) has solved the crystal structures of MnC₂O₅- $[Fd\bar{3}m]$ and Mn₄C₄O₁₃-C2/c. A combination of theoretical structure predictions and Raman spectroscopy data was used to demonstrate the formation of sp³-hybridized CaCO₃ (Lobanov et al., 2017) and MgCO₃ (Binck et al., 2020 ). In analogy to silicates, the CO₄ tetrahedra may be isolated or connected to other tetrahedra by corner-sharing one or more oxygen atoms, thus forming rings, chains or pyramid-like clusters. Irrespective of the chemical composition, synthesis conditions for carbonates containing CO₄ groups were at extreme conditions with P > 70 GPa and T > 2000 K. More recently, however, DFT calculations predicted that calcium orthocarbonate, Ca₂CO₄, may be formed at moderate pressures (Sagatova et al., 2020 ). Subsequently, this prediction was verified experimentally (Laniel, 2020 ; Binck et al., 2021 ) and it was found that Ca₂CO₄ can be formed at pressures ranging from ∼20–90 GPa.

It now seems plausible that carbonates containing CO₄ groups can be formed with all elements for which conventional carbonates have been obtained. This would open a whole new field of crystal chemical studies, especially if it could be understood how to influence the polymerization of the tetrahedra. The present investigation supports the hypothesis of the chemical variability of carbonates with sp³-hybridized carbon by demonstrating the formation of strontium orthocarbonate, Sr₂CO₄.

2. Experimental

2.1. Synthesis and X-ray diffraction in the laser-heated diamond anvil cell

High-pressure single-crystal X-ray diffraction experiments in a laser-heated diamond anvil cell (LH-DAC) were conducted at the P02.2 beamline at PETRA III (DESY, Hamburg, Germany). Strontium azide [Sr(N₃)₂] and strontium carbonate (SrCO₃) were loaded in a BX90 diamond anvil cell (DAC) equipped with diamond anvils with 120 µm culets. The chemical precursors were prepared according to Vogel & Schnick (2018 ). Molecular nitrogen (N₂) was employed as the pressure-transmitting medium. The in situ sample pressure was determined using the known equation of state of gold, also loaded in the sample cavity in the form of micrograins (Dewaele et al., 2008 ). The sample was compressed to 92 GPa and laser heated to a temperature of 2500 K. Measuring the thermal radiation produced by the sample enabled the accurate determination of its temperature (Fedotenko et al., 2019 ). Under these conditions, strontium carbonate reacted to produce strontium orthocarbonate (Sr₂CO₄). The produced compound was allowed to cool down to 293 K, temperature at which it was probed by X-ray diffraction. The formation of Sr_xN_y compounds was also observed and will be described in an upcoming publication.

The diamond anvil cell, necessary to generate high pressures, imposes additional constraints in order to obtain high-quality single-crystal data. The high energy (λ = 0.29521 Å), small beam size (2 µm × 2 µm) and high flux of the employed P02.2 beamline of PETRAIII allow the tiny single-crystals (< 1 µm³) to be measured despite the intensity loss due to the scattering of the two 4 mm-thick diamond anvils. Also, the BX90 DAC used here (Kantor et al., 2012 ) was specifically designed to maximize the angular range at which data could be collected while having sufficient mechanical stability to allow even multi-megabar pressures to be reached. It has an effective X-ray opening of −38° to +38° much larger than most DAC designs. For the vast majority of crystal structures, including that of Sr₂CO₄, this opening angle in combination with the high-energy X-ray wavelength allows a sufficient coverage of reciprocal space that permits an unambiguous structural solution. Still, it must be noted that the metallic body of the BX90 blocks more than 60% of all reflections, which explains the lower reflection count and 2θ range compared to ambient conditions single-crystal X-ray diffraction datasets.

In the experiments performed here, still images were recorded on a 7 × 7 grid at the center of the sample after laser heating. With this strategy, the position of the Sr₂CO₄ single crystal was found. A single-crystal X-ray diffraction data collection was achieved by rotating the DAC in step scans of 0.5° from −38° to +38° around the vertical axis. At each angular step, a diffraction pattern was collected with an acquisition time of 1 s.

For the data analysis, the CrysAlis Pro software (Rigaku, 2014 $[Rigaku (2015). CrysAlisPRO. Rigaku Oxford Diffraction, Yarnton, England.]$ ) was utilized. The analysis procedure includes the peak search, the removal of the diamond anvil's parasitic reflections and saturated pixels of the detector, finding reflections belonging to a unique single crystal, the unit-cell determination and the data integration. The crystal structures were then solved with the SHELXT (Sheldrick, 2008 ) structure solution program using intrinsic phasing and refined within the JANA2006 software (Petříček et al., 2014 ). The procedure for DAC single-crystal X-ray diffraction data acquisition and analysis was previously demonstrated and successfully employed (Bykova, 2015 ; Laniel et al., 2019 ; Laniel, Winkler, Bykova et al., 2020 ; Laniel, Winkler, Fedotenko et al., 2020 ).

2.2. Refinement

Crystal data, data collection details and structure refinement details are summarized in Table 1. As these measurements were performed in a DAC, the angular range over which single-crystal data is available is limited. For this reason, the data resolution was insufficient to anisotropically refine the atomic displacement parameters (ADP) of all atoms. Hence, anisotropic displacement parameters were refined only for the strontium atoms, while for the oxygen and carbon atoms the refinement was restricted to isotropic ADP. Due to the synthesis method of Sr₂CO₄, nitrogen may have been incorporated into the crystal structure. However, as no significant residual electronic density at chemically relevant distances remains in the crystal, the incorporation of nitrogen is implausible. Moreover, we tested for an unlikely substitution of either carbon or oxygen with nitrogen. An increase in R-factors was observed when performing the substitution of C $[\longrightarrow]$ N (ΔR1 = 0.034) or O $[\longrightarrow]$ N (ΔR1 = 0.013 to 0.033, depending on the substituted O atom). Therefore is no indication of the presence of nitrogen in the crystal structure.

Table 1
Crystal data on the Sr₂CO₄ compound for single-crystal X-ray diffraction measurements performed at 92 GPa

Crystal data
Chemical formula	Sr₂CO₄
M_r	251.2
Crystal system, space group	Orthorhombic, Pnma
Temperature (K)	293
a_exp, b_exp, c_exp (Å)	6.214 (12), 4.6353 (14), 8.083 (2)
a_DFT, b_DFT, c_DFT (Å)	6.2223, 4.6497, 8.687
V_exp (Å³)	232.8 (5)
V_DFT (Å³)	233.4
Z	4
Radiation type, wavelength (Å)	Synchrotron, 0.29521
μ (mm⁻¹)	4.31
Crystal size (mm)	0.001 × 0.001 × 0.001

Data collection
Diffractometer	Esperanto-CrysAlis PRO-abstract goniometer imported esperanto images on P02.2 at PETRA III
Absorption correction	Multi-scan (CrysAlis PRO). Empirical absorption correction using spherical harmonics, implemented in SCALE3 ABSPACK scaling algorithm.
T_min, T_max	0.339, 1
No. of measured, independent and observed [I > 3σ(I)] reflections	676, 230, 170
R_int	0.054
(sin θ/λ)_max (Å⁻¹)	0.887

Refinement
R[F² > 2σ(F²)], wR(F²), S	0.045, 0.051, 2.48
No. of reflections	230
No. of parameters	26
Δρ_max, Δρ_min (e Å⁻³)	2.23, −1.55
Computer programs: CrysAlis PRO 1.171.40.55a (Rigaku Oxford Diffraction, 2019 $[Rigaku (2015). CrysAlisPRO. Rigaku Oxford Diffraction, Yarnton, England.]$ ).

2.3. Density functional theory-based calculations

Density functional theory (DFT) calculations have been performed using the CASTEP code (Clark et al., 2005 ). The code is an implementation of Kohn–Sham DFT based on a plane wave basis set in conjunction with pseudopotentials. The plane wave basis set allows numerically converged results in a straightforward manner to be achieved, as the convergence is controlled by a single adjustable parameter, the plane wave cut-off, which was set to 1020 eV. The norm-conserving pseudopotentials were generated on the fly from the information provided in the CASTEP data base. These pseudopotentials have been tested extensively for accuracy and transferability (Lejaeghere et al., 2016 ). All calculations employed the GGA-PBE exchange-correlation functional (Perdew et al., 1996 ). The Brillouin zone integrals were performed using Monkhorst–Pack grids (Monkhorst & Pack, 1976 ) with spacings between grid points of less than 0.037 Å⁻¹. Geometry optimizations were defined as being converged when the energy change between iterations was < 0.5 × 10⁻⁶ eV per atom, the maximal residual force was < 0.01 eV Å⁻¹, and the maximal residual stress was <0.02 GPa. Phonon frequencies were obtained from density functional perturbation theory (DFPT) calculations. Raman intensities were computed using DFPT in the 2n + 1 theorem approach (Miwa, 2011 ).

3. Results and discussion

3.1. Experimental crystal structure of Sr₂CO₄ at 92 GPa

Strontium orthocarbonate, Sr₂CO₄ crystallizes in the orthorhombic crystal system with space-group symmetry Pnma. At 92 GPa, the unit-cell parameters were determined to be a = 6.214 (12), b = 4.6353 (14) and c = 8.083 (2) Å [V = 232.8 (5) Å³]. The crystal structure is shown in Fig. 1 and Table 1 contains selected crystal data. Eight distinct atoms compose the structure with all, except one oxygen atom (O1), occupying the 4c special Wyckoff position which lies on the ac mirror plane with b = $[1\over 4]$ and $[3\over 4]$ . The O1 oxygen atom rests on the 8d general position. The atomic arrangement gives rise to three types of coordination polyhedra: CO₄, SrO₉ and SrO₁₁. At 92 GPa, the CO₄ tetrahedra share corners, edges and faces with the SrO₁₁ polyhedra, but only share corners and edges with the SrO₉ polyhedra. The SrO₉ and SrO₁₁ polyhedra are connected to each other via their faces. While the SrO₉ polyhedra are of irregular shape, the SrO₁₁ polyhedra form pentacapped trigonal prisms. The CO₄^4- group has four C—O bonds with lengths of 1.31 (5), 1.37 (2), 1.37 (2) and 1.38 (3) Å, and bond angles that vary between 103.2 (18) and 120 (3)°. These values are consistent with those previously reported for carbonates with sp⁰-hybridized carbon (Chariton et al., 2020; Binck et al., 2021). The SrO₉ and SrO₁₁ polyhedra have an average Sr—O distance of 2.42 (2) and 2.27 (1) Å, respectively, with a minimum and maximum contact length of 2.203 (13) and 2.495 (11) Å, respectively.

Figure 1
(a) Crystal structure of the Sr₂CO₄ orthocarbonate at 92 GPa. (b) Viewed along the a axis, when the atoms lying on the ac mirror plane (b = $[1\over 4]$ and $[3\over 4]$ ) are clearly visible. (c) Polyhedral representation of Sr₂CO₄. (d) The three building blocks of Sr₂CO₄, namely: CO₄, SrO₁₁ and SrO₉ (top to bottom).

3.2. DFT calculations

At 92 GPa, the pressure at which Sr₂CO₄ was synthesized here, the experimentally derived structural model is well reproduced by DFT calculations (Table 1). The satisfactory reproduction of the experimentally determined structural parameters by DFT model calculations allows us to confidently predict properties and to investigate structure–property relations.

3.2.1. Bonding in orthocarbonates

A Mulliken population analysis shows that the three symmetrically independent C—O bonds are very similar: at 1 bar (1 bar = 10⁵ Pa) the bond population decreases slightly from 0.7 e Å⁻³ for the shortest bond to 0.6 e Å⁻³ for the longest bond. A plot of the electron density difference confirms this. In such a plot (Fig. 2), the difference between the self-consistent electron density and the density obtained by overlapping the electron density of non-interacting atoms is shown.

Figure 2
Isosurface of the electron density difference. The isosurface is plotted for a value of 0.2 e Å⁻³ and shows those regions in which the electron density, after reaching self-consistency, is larger than the electron density obtained by overlapping electron densities of non-interacting atoms. Clearly, there is charge accumulation halfway along each of the four C—O vectors, which is indicative of the formation of covalent bonds.

Clearly, in the CO₄ group there are four very similar covalent C—O bonds. It is instructive to compare the CO₄ groups to those of SiO₄ groups in an isostructural Sr₂SiO₄ silicate. The C—O bonds are, as expected, shorter (≃1.4 Å compared to 1.63 Å for the Si—O bond in the silicate) but the bond populations are very similar (≃0.65 e Å⁻³) in both compounds. Another notable difference is the Mulliken charge of Si⁴⁺ to C⁴⁺, where the former is 1.6 e and the latter is only 0.55 e. The Mulliken charge of Sr²⁺ is, in both compounds, ≃1.5 e, and consequently the Mulliken charge of the O²⁻ is notably less in Sr₂CO₄ (−0.9 e) than in isostructural Sr₂SiO₄, where it is −1.16 e. So, while there are some crystal chemical similarities, the formation of solid solutions in which SiO₄ groups are substituted by CO₄ groups is unlikely, especially as the volume of the former is about twice that of the latter (Milman et al., 2001 ).

3.2.2. Compression of orthocarbonates

Fig. 3 shows the fit of a third-order Birch–Murnaghan equation of state (Birch, 1947 ) to the Sr₂CO₄ P–V data. From this, a bulk modulus of K₀ = 99.7 (7) GPa was obtained, with a pressure derivative of K₀′ = 4.39 (2) and an ambient-pressure volume of V₀ = 344.4 (2) Å³. In a similar fashion, the change of volume with pressure for the three building blocks of Sr₂CO₄, namely CO₄, SrO₉ and SrO₁₁, were calculated and are shown in Fig. 4. As expected from its four rigid C—O single bonds, the CO₄ tetrahedron is found to be very incompressible [K₀ = 355 (5) GPa], while the SrO₉ and SrO₁₁ display a much lower value of K₀ = 92 (1) GPa and K₀ = 99 (1) GPa, respectively.

Figure 3
(a) Pressure–volume data of Sr₂CO₄ (this study) and Ca₂CO₄ (Binck et al., 2021

) between 1 bar and 100 GPa. The data is fitted with a third-order Birch–Murnaghan equation of state yielding K₀ = 99.7 (7) GPa, K₀′ = 4.39 (2) and V₀ = 344.4 (2) Å³. (b) Evolution of the unit-cell parameters of Sr₂CO₄. The red, green and blue symbols refer to the a, b and c unit-cell parameters, respectively.

Figure 4
Pressure–volume evolution of the three building blocks of Sr₂CO₄: CO₄ (a), SrO₉ (b) and SrO₁₁ (c). As expected from its short and rigid C—O single bonds the CO₄ tetrahedron is found to be very incompressible.

Strontium orthocarbonate, Sr₂CO₄ is isostructural to calcium orthocarbonate, Ca₂CO₄ (Sagatova et al., 2020; Laniel, 2020; Binck et al., 2021). The comparison of the unit-cell parameters of Ca₂CO₄ and Sr₂CO₄ shows the expected influence of the cation substitution as the unit-cell volume increases by about 14% when Ca²⁺ is substituted by Sr²⁺ at ambient pressure. At 100 GPa, the difference between the unit-cell volume is similar (12%).

The isothermal bulk modulus of Ca₂CO₄ [K₀ = 108 (1) GPa] is 8% larger than that of Sr₂CO₄ [K₀ = 99.7 (7) GPa] (Fig. 3). This is similar to the relation of the compressibility of aragonite [K₀ = 69 (1) GPa] and strontianite [K₀ = 62 (1) GPa]. The CO₄ tetrahedra in both Sr₂CO₄ and Ca₂CO₄ are very incompressible [for Sr₂CO₄: K₀ (CO₄) = 355 (5) GPa, for Ca₂CO₄: K₀ (CO₄) = 360 (38) GPa], even compared to SiO₄ tetrahedra [K₀ (SiO₄) = ∼300 GPa] (Binck et al., 2020).

3.2.3. Lattice dynamics of orthocarbonates

It is very well established that DFPT calculations can reliably predict Raman spectra once the underlying structural model is established. For CaCO₃ and MgCO₃ polymorphs this has been demonstrated by Bayarjargal et al. (2018) and Binck et al. (2020 ), respectively. Raman spectra for SrCO₃ polymorphs have been published by Biedermann et al. (2017). No Raman spectra of Sr₂CO₄ have been obtained yet, but high-quality data are available for isostructural Ca₂CO₄ (Binck et al., 2021).

The group theoretical analysis for Sr₂CO₄ is the same as for Ca₂CO₄. Both crystallize in the centrosymmetric space group Pnma, so the Raman active modes cannot be IR active and vice versa. The unit cells of these compounds contain n = 28 atoms each. Of the 3n = 84 modes, 42 are Raman active. Three of the 34 IR-active modes are acoustic phonons and cannot be measured. A group theoretical analysis gives Γ_Raman = 13A_g + 8B_1g + 13B_2g + 8B_3g and Γ_IR = 12B_1u + 7B_2u + 12B_3u (acoustic modes not included). In Fig. 5(a), we compare the predicted Raman spectrum of Sr₂CO₄ to experimental and DFT data for Ca₂CO₄ at 20 GPa.

Figure 5
(a) Comparison of a DFT-calculated Raman spectrum of Sr₂CO₄ (purple, this study), to DFT-calculated (green) and experimental (red) Raman spectra of Ca₂CO₄ at ∼20 GPa as obtained by Binck et al. (2021

). (b) DFT-calculated Raman spectra of Sr₂CO₄ at different pressures. The shift of Raman modes towards higher frequencies implies positive Grüneisen parameters for all modes. All DFT-calculated Raman spectra have their x axis (Raman shift) multiplied by a scaling factor of 4%.

As expected, the Raman spectra of Sr₂CO₄ and Ca₂CO₄ [Figs. 5(a) and 5(b)] are very similar. We use the DFT data to identify the dominant atomic displacements in the characteristic vibrations. Typical displacement patterns are shown in Fig. 6.

Figure 6
Displacement patterns in typical Raman modes of Sr₂CO₄ at 20 GPa. Arrows indicate the displacement of the atoms during the specific vibration. Low-frequency modes [e.g. (a)] are dominated by relative motions of the CO₄ groups against the Sr ions. Intermediate frequencies [e.g. (b)] are mainly due to displacements/rotations of the CO₄ groups, while the Sr ions are at rest. Raman shifts > 500 cm⁻¹ [(c), (d) and (e)] are due to various bending and stretching vibrations in the CO₄ groups, while the Sr ions are at rest.

As the phonons with wavenumbers > 500 cm⁻¹ are dominated by modes in which only the CO₄ groups are deformed, the Raman shifts of Sr₂CO₄ and Ca₂CO₄ are very similar in that region. Only at lower frequencies are the Raman shifts in Sr₂CO₄ red-shifted with respect to those in Ca₂CO₄ due to higher mass of Sr²⁺ with respect to Ca²⁺. The predicted pressure dependence of the Raman spectra is shown in Fig. 5, which can now be used to identify Sr₂CO₄ and carbonates containing CO₄ groups in high-pressure experiments.

4. Conclusion

The present study has expanded our knowledge of carbonates containing CO₄ groups by adding Sr₂CO₄ to this family of compounds. The crystal structure of strontium orthocarbonate, Sr₂CO₄, was unambiguously determined using single-crystal X-ray powder diffraction measurements. It was found to be isostructural to another orthocarbonate, Ca₂CO₄. The present study has shown yet another way on how to synthesize carbonates with sp³-hybridized carbon by a more complex chemical reaction than has been employed in earlier studies. We have used the example of Sr₂CO₄ to discuss the bonding in this fascinating class of compounds and have identified characteristic features in the lattice dynamics, thus, facilitating the identification of sp³-carbon in carbonates by Raman spectroscopy. The pressure stability range of Sr₂CO₄ and the conditions under which it can be formed have not been explored yet. Such experiments are currently underway.

Supporting information

CCDC reference: 2052128

Computing details top

Data collection: CrysAlis PRO 1.171.40.55a (Rigaku OD, 2019); cell refinement: CrysAlis PRO 1.171.40.55a (Rigaku OD, 2019); data reduction: CrysAlis PRO 1.171.40.55a (Rigaku OD, 2019).

(I) top

Crystal data top

CO₄Sr₂	F(000) = 456
M_r = 251.2	D_x = 7.167 Mg m⁻³
Orthorhombic, Pnma	Synchrotron radiation, λ = 0.29521 Å
Hall symbol: -P 2ac 2n	Cell parameters from 227 reflections
a = 6.214 (12) Å	θ = 2.5–14.9°
b = 4.6353 (14) Å	µ = 4.31 mm⁻¹
c = 8.083 (2) Å	T = 293 K
V = 232.8 (5) Å³	Submicrometer crystal obtained after compressing in a diamond anvil cell a Sr-O solid 92 GPa and laser-heating to 2500 K
Z = 4	0.001 × 0.001 × 0.001 mm

Data collection top

Esperanto-CrysAlisPro-abstract goniometer imported esperanto images diffractometer	230 independent reflections
Radiation source: synchrotron	170 reflections with I > 3σ(I)
Synchrotron monochromator	R_int = 0.054
Detector resolution: 5.8140 pixels mm^-1	θ_max = 15.2°, θ_min = 2.1°
ω scans	h = −4→5
Absorption correction: multi-scan CrysAlisPro 1.171.40.55a (Rigaku Oxford Diffraction, 2019) Empirical absorption correction using spherical harmonics, implemented in SCALE3 ABSPACK scaling algorithm.	k = −6→6
T_min = 0.339, T_max = 1	l = −11→11
676 measured reflections

Refinement top

Refinement on F	0 restraints
R[F² > 2σ(F²)] = 0.045	0 constraints
wR(F²) = 0.051	Weighting scheme based on measured s.u.'s w = 1/(σ²(F) + 0.0001F²)
S = 2.48	(Δ/σ)_max = 0.038
230 reflections	Δρ_max = 2.23 e Å⁻³
26 parameters	Δρ_min = −1.55 e Å⁻³

Fractional atomic coordinates and isotropic or equivalent isotropic displacement parameters (Å²) top

	x	y	z	U_iso*/U_eq
Sr01	0.5206 (5)	0.75	0.82276 (19)	0.0111 (11)
Sr02	0.6564 (6)	0.25	0.60050 (17)	0.0098 (10)
O003	0.979 (5)	0.75	0.3976 (13)	0.011 (2)*
O004	0.684 (4)	0.75	0.5754 (12)	0.010 (2)*
O1	0.677 (3)	0.9875 (15)	0.3461 (9)	0.0113 (16)*
C1	0.770 (6)	0.75	0.4183 (17)	0.009 (3)*

Atomic displacement parameters (Å²) top

	U¹¹	U²²	U³³	U¹²	U¹³	U²³
Sr01	0.012 (3)	0.0103 (5)	0.0104 (7)	0	−0.0001 (8)	0
Sr02	0.008 (3)	0.0104 (5)	0.0113 (7)	0	0.0003 (8)	0

Geometric parameters (Å, º) top

Sr01—Sr01ⁱ	6.21 (2)	Sr01—O1^xxix	2.245 (18)
Sr01—Sr01ⁱⁱ	4.635 (3)	Sr01—C1	3.62 (2)
Sr01—Sr01ⁱⁱⁱ	4.635 (3)	Sr01—C1^x	2.768 (19)
Sr01—Sr01^iv	6.21 (2)	Sr01—C1^xii	2.768 (19)
Sr01—Sr01^v	5.746 (8)	Sr01—C1^xiii	3.53 (2)
Sr01—Sr01^vi	5.746 (8)	Sr01—C1^xv	3.53 (2)
Sr01—Sr01^vii	5.746 (8)	Sr01—C1^xviii	2.61 (3)
Sr01—Sr01^viii	5.746 (8)	Sr02—Sr02ⁱ	6.21 (2)
Sr01—Sr01^ix	5.462 (7)	Sr02—Sr02ⁱⁱ	4.635 (3)
Sr01—Sr01^x	5.462 (7)	Sr02—Sr02ⁱⁱⁱ	4.635 (3)
Sr01—Sr01^xi	5.462 (7)	Sr02—Sr02^iv	6.21 (2)
Sr01—Sr01^xii	5.462 (7)	Sr02—Sr02^xxx	4.802 (3)
Sr01—Sr01^xiii	5.715 (3)	Sr02—Sr02^xxiv	4.802 (3)
Sr01—Sr01^xiv	3.694 (2)	Sr02—Sr02^ix	4.802 (3)
Sr01—Sr01^xv	5.715 (3)	Sr02—Sr02^x	4.802 (3)
Sr01—Sr01^xvi	3.694 (2)	Sr02—Sr02^xiii	3.433 (5)
Sr01—Sr01^xvii	5.703 (7)	Sr02—Sr02^xv	3.433 (5)
Sr01—Sr01^xviii	3.322 (12)	Sr02—Sr02^xxxi	5.124 (14)
Sr01—Sr01^xix	5.703 (7)	Sr02—Sr02^xxvi	5.124 (14)
Sr01—Sr01^xx	5.703 (7)	Sr02—Sr02^xxxii	6.081 (7)
Sr01—Sr01^xxi	3.322 (12)	Sr02—Sr02^xvii	3.936 (10)
Sr01—Sr01^xxii	5.703 (7)	Sr02—Sr02^xviii	6.081 (7)
Sr01—Sr02ⁱ	6.119 (19)	Sr02—Sr02^xxxiii	6.081 (7)
Sr01—Sr02^xxiii	6.119 (19)	Sr02—Sr02^xx	3.936 (10)
Sr01—Sr02	3.051 (2)	Sr02—Sr02^xxi	6.081 (7)
Sr01—Sr02ⁱⁱⁱ	3.051 (2)	Sr02—O003ⁱⁱ	3.476 (18)
Sr01—Sr02^vi	4.768 (15)	Sr02—O003	3.476 (18)
Sr01—Sr02^xxiv	5.528 (4)	Sr02—O003^x	2.545 (14)
Sr01—Sr02^ix	6.174 (4)	Sr02—O003^xxxi	2.27 (3)
Sr01—Sr02^x	3.012 (6)	Sr02—O004ⁱⁱ	2.333 (3)
Sr01—Sr02^xii	5.528 (4)	Sr02—O004	2.333 (3)
Sr01—Sr02^xiii	5.865 (3)	Sr02—O004^xiii	2.55 (2)
Sr01—Sr02^xv	3.594 (3)	Sr02—O1ⁱⁱ	2.393 (7)
Sr01—Sr02^xvi	4.790 (3)	Sr02—O1^x	2.494 (11)
Sr01—Sr02^xxv	5.865 (3)	Sr02—O1^xiii	2.388 (19)
Sr01—Sr02^xxvi	6.154 (17)	Sr02—O1^xxxiv	2.388 (19)
Sr01—Sr02^xvii	3.298 (7)	Sr02—O1^xxxv	2.393 (7)
Sr01—Sr02^xviii	3.298 (7)	Sr02—O1^xxix	2.494 (11)
Sr01—Sr02^xx	4.622 (14)	Sr02—C1ⁱⁱ	2.835 (12)
Sr01—Sr02^xxi	4.622 (14)	Sr02—C1	2.835 (12)
Sr01—O003^x	2.395 (3)	Sr02—C1^x	2.610 (15)
Sr01—O003^xii	2.395 (3)	Sr02—C1^xiii	2.65 (4)
Sr01—O003^xviii	2.275 (11)	Sr02—C1^xxxi	3.57 (4)
Sr01—O004	2.243 (15)	O003—O1	2.21 (3)
Sr01—O004^x	3.593 (15)	O003—O1^xxxv	2.21 (3)
Sr01—O004^xii	3.593 (15)	O003—C1	1.31 (5)
Sr01—O004^xviii	2.25 (3)	O004—O1	2.157 (11)
Sr01—O1^xii	2.245 (18)	O004—O1^xxxv	2.157 (11)
Sr01—O1^xiii	2.204 (13)	O004—C1	1.38 (2)
Sr01—O1^xviii	3.595 (14)	O1—O1^xxxv	2.202 (10)
Sr01—O1^xxvii	2.204 (13)	O1—C1	1.37 (2)
Sr01—O1^xxviii	3.595 (14)

Sr01ⁱ—Sr01—Sr01ⁱⁱ	90.00 (5)	O1^xxix—Sr01—C1^x	29.5 (8)
Sr01ⁱ—Sr01—Sr01ⁱⁱⁱ	90.00 (5)	O1^xxix—Sr01—C1^xii	92.1 (8)
Sr01ⁱ—Sr01—Sr01^iv	180	O1^xxix—Sr01—C1^xiii	96.8 (6)
Sr01ⁱ—Sr01—Sr01^v	54.18 (7)	O1^xxix—Sr01—C1^xv	146.2 (6)
Sr01ⁱ—Sr01—Sr01^vi	54.18 (7)	O1^xxix—Sr01—C1^xviii	115.6 (6)
Sr01ⁱ—Sr01—Sr01^vii	54.18 (7)	C1—Sr01—C1^x	92.9 (5)
Sr01ⁱ—Sr01—Sr01^viii	54.18 (7)	C1—Sr01—C1^xii	92.9 (5)
Sr01ⁱ—Sr01—Sr01^ix	121.47 (7)	C1—Sr01—C1^xiii	73.7 (6)
Sr01ⁱ—Sr01—Sr01^x	121.47 (7)	C1—Sr01—C1^xv	73.7 (6)
Sr01ⁱ—Sr01—Sr01^xi	121.47 (7)	C1—Sr01—C1^xviii	168.7 (9)
Sr01ⁱ—Sr01—Sr01^xii	121.47 (7)	C1^x—Sr01—C1^xii	113.7 (8)
Sr01ⁱ—Sr01—Sr01^xiii	87.44 (5)	C1^x—Sr01—C1^xiii	81.1 (6)
Sr01ⁱ—Sr01—Sr01^xiv	86.03 (7)	C1^x—Sr01—C1^xv	161.0 (4)
Sr01ⁱ—Sr01—Sr01^xv	87.44 (5)	C1^x—Sr01—C1^xviii	93.2 (7)
Sr01ⁱ—Sr01—Sr01^xvi	86.03 (7)	C1^xii—Sr01—C1^xiii	161.0 (4)
Sr01ⁱ—Sr01—Sr01^xvii	56.99 (6)	C1^xii—Sr01—C1^xv	81.1 (6)
Sr01ⁱ—Sr01—Sr01^xviii	20.74 (5)	C1^xii—Sr01—C1^xviii	93.2 (7)
Sr01ⁱ—Sr01—Sr01^xix	56.99 (6)	C1^xiii—Sr01—C1^xv	82.2 (4)
Sr01ⁱ—Sr01—Sr01^xx	123.01 (6)	C1^xiii—Sr01—C1^xviii	97.9 (7)
Sr01ⁱ—Sr01—Sr01^xxi	159.26 (7)	C1^xv—Sr01—C1^xviii	97.9 (7)
Sr01ⁱ—Sr01—Sr01^xxii	123.01 (6)	Sr01ⁱⁱ—Sr02—Sr01	98.84 (7)
Sr01ⁱ—Sr01—Sr02ⁱ	28.64 (5)	Sr01ⁱⁱ—Sr02—Sr01^xxxvi	77.42 (11)
Sr01ⁱ—Sr01—Sr02^xxiii	28.64 (5)	Sr01ⁱⁱ—Sr02—Sr01^iv	110.95 (8)
Sr01ⁱ—Sr01—Sr02	106.05 (9)	Sr01ⁱⁱ—Sr02—Sr01^v	91.90 (11)
Sr01ⁱ—Sr01—Sr02ⁱⁱⁱ	106.05 (9)	Sr01ⁱⁱ—Sr02—Sr01^xxx	72.70 (5)
Sr01ⁱ—Sr01—Sr02^vi	28.09 (6)	Sr01ⁱⁱ—Sr02—Sr01^ix	128.55 (7)
Sr01ⁱ—Sr01—Sr02^xxiv	111.30 (6)	Sr01ⁱⁱ—Sr02—Sr01^x	62.17 (6)
Sr01ⁱ—Sr01—Sr02^ix	108.98 (6)	Sr01ⁱⁱ—Sr02—Sr01^xi	167.54 (7)
Sr01ⁱ—Sr01—Sr02^x	131.81 (10)	Sr01ⁱⁱ—Sr02—Sr01^xxxvii	72.02 (4)
Sr01ⁱ—Sr01—Sr02^xii	111.30 (6)	Sr01ⁱⁱ—Sr02—Sr01^xiii	118.42 (8)
Sr01ⁱ—Sr01—Sr02^xiii	79.20 (5)	Sr01ⁱⁱ—Sr02—Sr01^xiv	50.47 (3)
Sr01ⁱ—Sr01—Sr02^xv	72.18 (8)	Sr01ⁱⁱ—Sr02—Sr01^xv	153.11 (13)
Sr01ⁱ—Sr01—Sr02^xvi	76.73 (6)	Sr01ⁱⁱ—Sr02—Sr01^xxxi	123.86 (8)
Sr01ⁱ—Sr01—Sr02^xxv	79.20 (5)	Sr01ⁱⁱ—Sr02—Sr01^xvii	45.88 (7)
Sr01ⁱ—Sr01—Sr02^xxvi	146.22 (7)	Sr01ⁱⁱ—Sr02—Sr01^xviii	93.75 (11)
Sr01ⁱ—Sr01—Sr02^xvii	46.67 (8)	Sr01ⁱⁱ—Sr02—Sr01^xx	62.96 (10)
Sr01ⁱ—Sr01—Sr02^xviii	46.67 (8)	Sr01ⁱⁱ—Sr02—Sr01^xxi	127.79 (9)
Sr01ⁱ—Sr01—Sr02^xx	148.73 (6)	Sr01ⁱⁱ—Sr02—Sr02ⁱ	73.95 (9)
Sr01ⁱ—Sr01—Sr02^xxi	148.73 (6)	Sr01ⁱⁱ—Sr02—Sr02ⁱⁱ	40.58 (4)
Sr01ⁱ—Sr01—O003^x	90.1 (7)	Sr01ⁱⁱ—Sr02—Sr02ⁱⁱⁱ	139.42 (7)
Sr01ⁱ—Sr01—O003^xii	90.1 (7)	Sr01ⁱⁱ—Sr02—Sr02^iv	106.05 (9)
Sr01ⁱ—Sr01—O003^xviii	83.5 (7)	Sr01ⁱⁱ—Sr02—Sr02^xxx	101.30 (4)
Sr01ⁱ—Sr01—O004	116.9 (6)	Sr01ⁱⁱ—Sr02—Sr02^xxiv	37.34 (8)
Sr01ⁱ—Sr01—O004^x	120.7 (4)	Sr01ⁱⁱ—Sr02—Sr02^ix	158.30 (4)
Sr01ⁱ—Sr01—O004^xii	120.7 (4)	Sr01ⁱⁱ—Sr02—Sr02^x	86.45 (5)
Sr01ⁱ—Sr01—O004^xviii	21.5 (3)	Sr01ⁱⁱ—Sr02—Sr02^xiii	67.01 (6)
Sr01ⁱ—Sr01—O1^xii	146.7 (3)	Sr01ⁱⁱ—Sr02—Sr02^xv	129.40 (16)
Sr01ⁱ—Sr01—O1^xiii	56.1 (4)	Sr01ⁱⁱ—Sr02—Sr02^xxxi	94.22 (8)
Sr01ⁱ—Sr01—O1^xviii	53.6 (3)	Sr01ⁱⁱ—Sr02—Sr02^xxvi	139.53 (11)
Sr01ⁱ—Sr01—O1^xxvii	56.1 (4)	Sr01ⁱⁱ—Sr02—Sr02^xxxii	17.40 (7)
Sr01ⁱ—Sr01—O1^xxviii	53.6 (3)	Sr01ⁱⁱ—Sr02—Sr02^xvii	54.57 (6)
Sr01ⁱ—Sr01—O1^xxix	146.7 (3)	Sr01ⁱⁱ—Sr02—Sr02^xviii	101.75 (8)
Sr01ⁱ—Sr01—C1	115.4 (6)	Sr01ⁱⁱ—Sr02—Sr02^xxxiii	47.81 (10)
Sr01ⁱ—Sr01—C1^x	118.0 (7)	Sr01ⁱⁱ—Sr02—Sr02^xx	81.77 (9)
Sr01ⁱ—Sr01—C1^xii	118.0 (7)	Sr01ⁱⁱ—Sr02—Sr02^xxi	119.09 (6)
Sr01ⁱ—Sr01—C1^xiii	59.2 (6)	Sr01ⁱⁱ—Sr02—O003ⁱⁱ	86.0 (2)
Sr01ⁱ—Sr01—C1^xv	59.2 (6)	Sr01ⁱⁱ—Sr02—O003	160.7 (4)
Sr01ⁱ—Sr01—C1^xviii	53.4 (7)	Sr01ⁱⁱ—Sr02—O003^x	49.68 (7)
Sr01ⁱⁱ—Sr01—Sr01ⁱⁱⁱ	180	Sr01ⁱⁱ—Sr02—O003^xxxi	105.82 (19)
Sr01ⁱⁱ—Sr01—Sr01^iv	90.00 (5)	Sr01ⁱⁱ—Sr02—O004ⁱⁱ	46.9 (4)
Sr01ⁱⁱ—Sr01—Sr01^v	66.21 (4)	Sr01ⁱⁱ—Sr02—O004	145.7 (3)
Sr01ⁱⁱ—Sr01—Sr01^vi	66.21 (4)	Sr01ⁱⁱ—Sr02—O004^xiii	95.7 (3)
Sr01ⁱⁱ—Sr01—Sr01^vii	113.79 (5)	Sr01ⁱⁱ—Sr02—O1ⁱⁱ	97.8 (2)
Sr01ⁱⁱ—Sr01—Sr01^viii	113.79 (5)	Sr01ⁱⁱ—Sr02—O1^x	46.4 (4)
Sr01ⁱⁱ—Sr01—Sr01^ix	64.89 (4)	Sr01ⁱⁱ—Sr02—O1^xiii	90.2 (2)
Sr01ⁱⁱ—Sr01—Sr01^x	64.89 (4)	Sr01ⁱⁱ—Sr02—O1^xxxiv	45.8 (3)
Sr01ⁱⁱ—Sr01—Sr01^xi	115.11 (5)	Sr01ⁱⁱ—Sr02—O1^xxxv	155.1 (3)
Sr01ⁱⁱ—Sr01—Sr01^xii	115.11 (5)	Sr01ⁱⁱ—Sr02—O1^xxix	88.9 (2)
Sr01ⁱⁱ—Sr01—Sr01^xiii	66.08 (3)	Sr01ⁱⁱ—Sr02—C1ⁱⁱ	75.7 (3)
Sr01ⁱⁱ—Sr01—Sr01^xiv	51.14 (3)	Sr01ⁱⁱ—Sr02—C1	174.6 (3)
Sr01ⁱⁱ—Sr01—Sr01^xv	113.92 (3)	Sr01ⁱⁱ—Sr02—C1^x	57.9 (4)
Sr01ⁱⁱ—Sr01—Sr01^xvi	128.86 (4)	Sr01ⁱⁱ—Sr02—C1^xiii	76.0 (2)
Sr01ⁱⁱ—Sr01—Sr01^xvii	35.63 (6)	Sr01ⁱⁱ—Sr02—C1^xxxi	107.54 (16)
Sr01ⁱⁱ—Sr01—Sr01^xviii	90.00 (5)	Sr01—Sr02—Sr01^xxxvi	110.95 (8)
Sr01ⁱⁱ—Sr01—Sr01^xix	144.37 (9)	Sr01—Sr02—Sr01^iv	77.42 (11)
Sr01ⁱⁱ—Sr01—Sr01^xx	35.63 (6)	Sr01—Sr02—Sr01^v	91.90 (11)
Sr01ⁱⁱ—Sr01—Sr01^xxi	90.00 (5)	Sr01—Sr02—Sr01^xxx	167.54 (7)
Sr01ⁱⁱ—Sr01—Sr01^xxii	144.37 (9)	Sr01—Sr02—Sr01^ix	128.55 (7)
Sr01ⁱⁱ—Sr01—Sr02ⁱ	67.74 (6)	Sr01—Sr02—Sr01^x	62.17 (6)
Sr01ⁱⁱ—Sr01—Sr02^xxiii	112.26 (7)	Sr01—Sr02—Sr01^xi	72.70 (5)
Sr01ⁱⁱ—Sr01—Sr02	40.58 (4)	Sr01—Sr02—Sr01^xxxvii	153.11 (13)
Sr01ⁱⁱ—Sr01—Sr02ⁱⁱⁱ	139.42 (6)	Sr01—Sr02—Sr01^xiii	118.42 (8)
Sr01ⁱⁱ—Sr01—Sr02^vi	90.00 (5)	Sr01—Sr02—Sr01^xiv	50.47 (3)
Sr01ⁱⁱ—Sr01—Sr02^xxiv	33.01 (4)	Sr01—Sr02—Sr01^xv	72.02 (4)
Sr01ⁱⁱ—Sr01—Sr02^ix	90.00 (3)	Sr01—Sr02—Sr01^xxxi	123.86 (8)
Sr01ⁱⁱ—Sr01—Sr02^x	90.00 (4)	Sr01—Sr02—Sr01^xvii	93.75 (11)
Sr01ⁱⁱ—Sr01—Sr02^xii	146.99 (7)	Sr01—Sr02—Sr01^xviii	45.88 (7)
Sr01ⁱⁱ—Sr01—Sr02^xiii	37.79 (3)	Sr01—Sr02—Sr01^xx	127.79 (9)
Sr01ⁱⁱ—Sr01—Sr02^xv	90.00 (3)	Sr01—Sr02—Sr01^xxi	62.96 (10)
Sr01ⁱⁱ—Sr01—Sr02^xvi	90.00 (3)	Sr01—Sr02—Sr02ⁱ	73.95 (9)
Sr01ⁱⁱ—Sr01—Sr02^xxv	142.21 (4)	Sr01—Sr02—Sr02ⁱⁱ	139.42 (7)
Sr01ⁱⁱ—Sr01—Sr02^xxvi	90.00 (5)	Sr01—Sr02—Sr02ⁱⁱⁱ	40.58 (4)
Sr01ⁱⁱ—Sr01—Sr02^xvii	45.36 (8)	Sr01—Sr02—Sr02^iv	106.05 (9)
Sr01ⁱⁱ—Sr01—Sr02^xviii	134.64 (11)	Sr01—Sr02—Sr02^xxx	158.30 (4)
Sr01ⁱⁱ—Sr01—Sr02^xx	59.91 (7)	Sr01—Sr02—Sr02^xxiv	86.45 (5)
Sr01ⁱⁱ—Sr01—Sr02^xxi	120.09 (9)	Sr01—Sr02—Sr02^ix	101.30 (4)
Sr01ⁱⁱ—Sr01—O003^x	14.6 (3)	Sr01—Sr02—Sr02^x	37.34 (8)
Sr01ⁱⁱ—Sr01—O003^xii	165.4 (3)	Sr01—Sr02—Sr02^xiii	129.40 (16)
Sr01ⁱⁱ—Sr01—O003^xviii	90.00 (3)	Sr01—Sr02—Sr02^xv	67.01 (6)
Sr01ⁱⁱ—Sr01—O004	90.00 (3)	Sr01—Sr02—Sr02^xxxi	139.53 (11)
Sr01ⁱⁱ—Sr01—O004^x	49.8 (2)	Sr01—Sr02—Sr02^xxvi	94.22 (8)
Sr01ⁱⁱ—Sr01—O004^xii	130.2 (2)	Sr01—Sr02—Sr02^xxxii	101.75 (8)
Sr01ⁱⁱ—Sr01—O004^xviii	90.00 (5)	Sr01—Sr02—Sr02^xvii	54.57 (6)
Sr01ⁱⁱ—Sr01—O1^xii	122.8 (3)	Sr01—Sr02—Sr02^xviii	17.40 (7)
Sr01ⁱⁱ—Sr01—O1^xiii	56.5 (3)	Sr01—Sr02—Sr02^xxxiii	119.09 (6)
Sr01ⁱⁱ—Sr01—O1^xviii	72.17 (13)	Sr01—Sr02—Sr02^xx	81.77 (9)
Sr01ⁱⁱ—Sr01—O1^xxvii	123.5 (3)	Sr01—Sr02—Sr02^xxi	47.81 (10)
Sr01ⁱⁱ—Sr01—O1^xxviii	107.83 (13)	Sr01—Sr02—O003ⁱⁱ	160.7 (4)
Sr01ⁱⁱ—Sr01—O1^xxix	57.2 (3)	Sr01—Sr02—O003	86.0 (2)
Sr01ⁱⁱ—Sr01—C1	90.00 (3)	Sr01—Sr02—O003^x	49.68 (7)
Sr01ⁱⁱ—Sr01—C1^x	33.1 (6)	Sr01—Sr02—O003^xxxi	105.82 (19)
Sr01ⁱⁱ—Sr01—C1^xii	146.9 (6)	Sr01—Sr02—O004ⁱⁱ	145.7 (3)
Sr01ⁱⁱ—Sr01—C1^xiii	48.9 (3)	Sr01—Sr02—O004	46.9 (4)
Sr01ⁱⁱ—Sr01—C1^xv	131.1 (3)	Sr01—Sr02—O004^xiii	95.7 (3)
Sr01ⁱⁱ—Sr01—C1^xviii	90.00 (4)	Sr01—Sr02—O1ⁱⁱ	155.1 (3)
Sr01ⁱⁱⁱ—Sr01—Sr01^iv	90.00 (5)	Sr01—Sr02—O1^x	88.9 (2)
Sr01ⁱⁱⁱ—Sr01—Sr01^v	113.79 (5)	Sr01—Sr02—O1^xiii	45.8 (3)
Sr01ⁱⁱⁱ—Sr01—Sr01^vi	113.79 (5)	Sr01—Sr02—O1^xxxiv	90.2 (2)
Sr01ⁱⁱⁱ—Sr01—Sr01^vii	66.21 (4)	Sr01—Sr02—O1^xxxv	97.8 (2)
Sr01ⁱⁱⁱ—Sr01—Sr01^viii	66.21 (4)	Sr01—Sr02—O1^xxix	46.4 (4)
Sr01ⁱⁱⁱ—Sr01—Sr01^ix	115.11 (5)	Sr01—Sr02—C1ⁱⁱ	174.6 (3)
Sr01ⁱⁱⁱ—Sr01—Sr01^x	115.11 (5)	Sr01—Sr02—C1	75.7 (3)
Sr01ⁱⁱⁱ—Sr01—Sr01^xi	64.89 (4)	Sr01—Sr02—C1^x	57.9 (4)
Sr01ⁱⁱⁱ—Sr01—Sr01^xii	64.89 (4)	Sr01—Sr02—C1^xiii	76.0 (2)
Sr01ⁱⁱⁱ—Sr01—Sr01^xiii	113.92 (3)	Sr01—Sr02—C1^xxxi	107.54 (16)
Sr01ⁱⁱⁱ—Sr01—Sr01^xiv	128.86 (4)	Sr01^xxxvi—Sr02—Sr01^iv	44.51 (8)
Sr01ⁱⁱⁱ—Sr01—Sr01^xv	66.08 (3)	Sr01^xxxvi—Sr02—Sr01^v	155.86 (4)
Sr01ⁱⁱⁱ—Sr01—Sr01^xvi	51.14 (3)	Sr01^xxxvi—Sr02—Sr01^xxx	58.86 (5)
Sr01ⁱⁱⁱ—Sr01—Sr01^xvii	144.37 (9)	Sr01^xxxvi—Sr02—Sr01^ix	68.52 (12)
Sr01ⁱⁱⁱ—Sr01—Sr01^xviii	90.00 (5)	Sr01^xxxvi—Sr02—Sr01^x	55.73 (4)
Sr01ⁱⁱⁱ—Sr01—Sr01^xix	35.63 (6)	Sr01^xxxvi—Sr02—Sr01^xi	96.78 (10)
Sr01ⁱⁱⁱ—Sr01—Sr01^xx	144.37 (9)	Sr01^xxxvi—Sr02—Sr01^xxxvii	92.09 (5)
Sr01ⁱⁱⁱ—Sr01—Sr01^xxi	90.00 (5)	Sr01^xxxvi—Sr02—Sr01^xiii	123.23 (7)
Sr01ⁱⁱⁱ—Sr01—Sr01^xxii	35.63 (6)	Sr01^xxxvi—Sr02—Sr01^xiv	85.16 (7)
Sr01ⁱⁱⁱ—Sr01—Sr02ⁱ	112.26 (7)	Sr01^xxxvi—Sr02—Sr01^xv	129.43 (7)
Sr01ⁱⁱⁱ—Sr01—Sr02^xxiii	67.74 (6)	Sr01^xxxvi—Sr02—Sr01^xxxi	55.51 (9)
Sr01ⁱⁱⁱ—Sr01—Sr02	139.42 (6)	Sr01^xxxvi—Sr02—Sr01^xvii	121.39 (10)
Sr01ⁱⁱⁱ—Sr01—Sr02ⁱⁱⁱ	40.58 (4)	Sr01^xxxvi—Sr02—Sr01^xviii	154.25 (5)
Sr01ⁱⁱⁱ—Sr01—Sr02^vi	90.00 (5)	Sr01^xxxvi—Sr02—Sr01^xx	22.54 (5)
Sr01ⁱⁱⁱ—Sr01—Sr02^xxiv	146.99 (7)	Sr01^xxxvi—Sr02—Sr01^xxi	66.96 (11)
Sr01ⁱⁱⁱ—Sr01—Sr02^ix	90.00 (3)	Sr01^xxxvi—Sr02—Sr02ⁱ	151.36 (5)
Sr01ⁱⁱⁱ—Sr01—Sr02^x	90.00 (4)	Sr01^xxxvi—Sr02—Sr02ⁱⁱ	67.74 (6)
Sr01ⁱⁱⁱ—Sr01—Sr02^xii	33.01 (4)	Sr01^xxxvi—Sr02—Sr02ⁱⁱⁱ	112.26 (8)
Sr01ⁱⁱⁱ—Sr01—Sr02^xiii	142.21 (4)	Sr01^xxxvi—Sr02—Sr02^iv	28.64 (5)
Sr01ⁱⁱⁱ—Sr01—Sr02^xv	90.00 (3)	Sr01^xxxvi—Sr02—Sr02^xxx	81.47 (7)
Sr01ⁱⁱⁱ—Sr01—Sr02^xvi	90.00 (3)	Sr01^xxxvi—Sr02—Sr02^xxiv	50.01 (5)
Sr01ⁱⁱⁱ—Sr01—Sr02^xxv	37.79 (3)	Sr01^xxxvi—Sr02—Sr02^ix	102.55 (10)
Sr01ⁱⁱⁱ—Sr01—Sr02^xxvi	90.00 (5)	Sr01^xxxvi—Sr02—Sr02^x	73.92 (6)
Sr01ⁱⁱⁱ—Sr01—Sr02^xvii	134.64 (11)	Sr01^xxxvi—Sr02—Sr02^xiii	112.34 (9)
Sr01ⁱⁱⁱ—Sr01—Sr02^xviii	45.36 (8)	Sr01^xxxvi—Sr02—Sr02^xv	153.05 (9)
Sr01ⁱⁱⁱ—Sr01—Sr02^xx	120.09 (9)	Sr01^xxxvi—Sr02—Sr02^xxxi	35.92 (6)
Sr01ⁱⁱⁱ—Sr01—Sr02^xxi	59.91 (7)	Sr01^xxxvi—Sr02—Sr02^xxvi	62.15 (11)
Sr01ⁱⁱⁱ—Sr01—O003^x	165.4 (3)	Sr01^xxxvi—Sr02—Sr02^xxxii	92.47 (10)
Sr01ⁱⁱⁱ—Sr01—O003^xii	14.6 (3)	Sr01^xxxvi—Sr02—Sr02^xvii	120.83 (10)
Sr01ⁱⁱⁱ—Sr01—O003^xviii	90.00 (3)	Sr01^xxxvi—Sr02—Sr02^xviii	128.35 (6)
Sr01ⁱⁱⁱ—Sr01—O004	90.00 (3)	Sr01^xxxvi—Sr02—Sr02^xxxiii	31.37 (4)
Sr01ⁱⁱⁱ—Sr01—O004^x	130.2 (2)	Sr01^xxxvi—Sr02—Sr02^xx	29.19 (5)
Sr01ⁱⁱⁱ—Sr01—O004^xii	49.8 (2)	Sr01^xxxvi—Sr02—Sr02^xxi	73.95 (9)
Sr01ⁱⁱⁱ—Sr01—O004^xviii	90.00 (5)	Sr01^xxxvi—Sr02—O003ⁱⁱ	51.7 (3)
Sr01ⁱⁱⁱ—Sr01—O1^xii	57.2 (3)	Sr01^xxxvi—Sr02—O003	83.4 (4)
Sr01ⁱⁱⁱ—Sr01—O1^xiii	123.5 (3)	Sr01^xxxvi—Sr02—O003^x	90.7 (6)
Sr01ⁱⁱⁱ—Sr01—O1^xviii	107.83 (13)	Sr01^xxxvi—Sr02—O003^xxxi	28.40 (17)
Sr01ⁱⁱⁱ—Sr01—O1^xxvii	56.5 (3)	Sr01^xxxvi—Sr02—O004ⁱⁱ	65.4 (6)
Sr01ⁱⁱⁱ—Sr01—O1^xxviii	72.17 (13)	Sr01^xxxvi—Sr02—O004	109.7 (6)
Sr01ⁱⁱⁱ—Sr01—O1^xxix	122.8 (3)	Sr01^xxxvi—Sr02—O004^xiii	153.2 (2)
Sr01ⁱⁱⁱ—Sr01—C1	90.00 (3)	Sr01^xxxvi—Sr02—O1ⁱⁱ	90.7 (4)
Sr01ⁱⁱⁱ—Sr01—C1^x	146.9 (6)	Sr01^xxxvi—Sr02—O1^x	40.1 (4)
Sr01ⁱⁱⁱ—Sr01—C1^xii	33.1 (6)	Sr01^xxxvi—Sr02—O1^xiii	152.1 (2)
Sr01ⁱⁱⁱ—Sr01—C1^xiii	131.1 (3)	Sr01^xxxvi—Sr02—O1^xxxiv	122.3 (3)
Sr01ⁱⁱⁱ—Sr01—C1^xv	48.9 (3)	Sr01^xxxvi—Sr02—O1^xxxv	113.4 (5)
Sr01ⁱⁱⁱ—Sr01—C1^xviii	90.00 (4)	Sr01^xxxvi—Sr02—O1^xxix	64.5 (4)
Sr01^iv—Sr01—Sr01^v	125.82 (7)	Sr01^xxxvi—Sr02—C1ⁱⁱ	67.9 (7)
Sr01^iv—Sr01—Sr01^vi	125.82 (7)	Sr01^xxxvi—Sr02—C1	104.1 (8)
Sr01^iv—Sr01—Sr01^vii	125.82 (7)	Sr01^xxxvi—Sr02—C1^x	63.7 (8)
Sr01^iv—Sr01—Sr01^viii	125.82 (7)	Sr01^xxxvi—Sr02—C1^xiii	153.26 (17)
Sr01^iv—Sr01—Sr01^ix	58.53 (6)	Sr01^xxxvi—Sr02—C1^xxxi	30.19 (16)
Sr01^iv—Sr01—Sr01^x	58.53 (6)	Sr01^iv—Sr02—Sr01^v	155.86 (4)
Sr01^iv—Sr01—Sr01^xi	58.53 (6)	Sr01^iv—Sr02—Sr01^xxx	96.78 (10)
Sr01^iv—Sr01—Sr01^xii	58.53 (6)	Sr01^iv—Sr02—Sr01^ix	68.52 (12)
Sr01^iv—Sr01—Sr01^xiii	92.56 (5)	Sr01^iv—Sr02—Sr01^x	55.73 (4)
Sr01^iv—Sr01—Sr01^xiv	93.97 (7)	Sr01^iv—Sr02—Sr01^xi	58.86 (5)
Sr01^iv—Sr01—Sr01^xv	92.56 (5)	Sr01^iv—Sr02—Sr01^xxxvii	129.43 (7)
Sr01^iv—Sr01—Sr01^xvi	93.97 (7)	Sr01^iv—Sr02—Sr01^xiii	123.23 (7)
Sr01^iv—Sr01—Sr01^xvii	123.01 (6)	Sr01^iv—Sr02—Sr01^xiv	85.16 (7)
Sr01^iv—Sr01—Sr01^xviii	159.26 (7)	Sr01^iv—Sr02—Sr01^xv	92.09 (5)
Sr01^iv—Sr01—Sr01^xix	123.01 (6)	Sr01^iv—Sr02—Sr01^xxxi	55.51 (9)
Sr01^iv—Sr01—Sr01^xx	56.99 (6)	Sr01^iv—Sr02—Sr01^xvii	154.25 (5)
Sr01^iv—Sr01—Sr01^xxi	20.74 (5)	Sr01^iv—Sr02—Sr01^xviii	121.39 (10)
Sr01^iv—Sr01—Sr01^xxii	56.99 (6)	Sr01^iv—Sr02—Sr01^xx	66.96 (11)
Sr01^iv—Sr01—Sr02ⁱ	151.36 (6)	Sr01^iv—Sr02—Sr01^xxi	22.54 (5)
Sr01^iv—Sr01—Sr02^xxiii	151.36 (6)	Sr01^iv—Sr02—Sr02ⁱ	151.36 (5)
Sr01^iv—Sr01—Sr02	73.95 (9)	Sr01^iv—Sr02—Sr02ⁱⁱ	112.26 (8)
Sr01^iv—Sr01—Sr02ⁱⁱⁱ	73.95 (9)	Sr01^iv—Sr02—Sr02ⁱⁱⁱ	67.74 (6)
Sr01^iv—Sr01—Sr02^vi	151.91 (6)	Sr01^iv—Sr02—Sr02^iv	28.64 (5)
Sr01^iv—Sr01—Sr02^xxiv	68.70 (6)	Sr01^iv—Sr02—Sr02^xxx	102.55 (10)
Sr01^iv—Sr01—Sr02^ix	71.02 (6)	Sr01^iv—Sr02—Sr02^xxiv	73.92 (6)
Sr01^iv—Sr01—Sr02^x	48.19 (9)	Sr01^iv—Sr02—Sr02^ix	81.47 (7)
Sr01^iv—Sr01—Sr02^xii	68.70 (6)	Sr01^iv—Sr02—Sr02^x	50.01 (5)
Sr01^iv—Sr01—Sr02^xiii	100.80 (5)	Sr01^iv—Sr02—Sr02^xiii	153.05 (9)
Sr01^iv—Sr01—Sr02^xv	107.82 (8)	Sr01^iv—Sr02—Sr02^xv	112.34 (9)
Sr01^iv—Sr01—Sr02^xvi	103.27 (7)	Sr01^iv—Sr02—Sr02^xxxi	62.15 (11)
Sr01^iv—Sr01—Sr02^xxv	100.80 (5)	Sr01^iv—Sr02—Sr02^xxvi	35.92 (6)
Sr01^iv—Sr01—Sr02^xxvi	33.78 (6)	Sr01^iv—Sr02—Sr02^xxxii	128.35 (6)
Sr01^iv—Sr01—Sr02^xvii	133.33 (8)	Sr01^iv—Sr02—Sr02^xvii	120.83 (10)
Sr01^iv—Sr01—Sr02^xviii	133.33 (8)	Sr01^iv—Sr02—Sr02^xviii	92.47 (10)
Sr01^iv—Sr01—Sr02^xx	31.27 (6)	Sr01^iv—Sr02—Sr02^xxxiii	73.95 (9)
Sr01^iv—Sr01—Sr02^xxi	31.27 (6)	Sr01^iv—Sr02—Sr02^xx	29.19 (5)
Sr01^iv—Sr01—O003^x	89.9 (7)	Sr01^iv—Sr02—Sr02^xxi	31.37 (4)
Sr01^iv—Sr01—O003^xii	89.9 (7)	Sr01^iv—Sr02—O003ⁱⁱ	83.4 (4)
Sr01^iv—Sr01—O003^xviii	96.5 (7)	Sr01^iv—Sr02—O003	51.7 (3)
Sr01^iv—Sr01—O004	63.1 (6)	Sr01^iv—Sr02—O003^x	90.7 (6)
Sr01^iv—Sr01—O004^x	59.3 (4)	Sr01^iv—Sr02—O003^xxxi	28.40 (17)
Sr01^iv—Sr01—O004^xii	59.3 (4)	Sr01^iv—Sr02—O004ⁱⁱ	109.7 (6)
Sr01^iv—Sr01—O004^xviii	158.5 (4)	Sr01^iv—Sr02—O004	65.4 (6)
Sr01^iv—Sr01—O1^xii	33.3 (3)	Sr01^iv—Sr02—O004^xiii	153.2 (2)
Sr01^iv—Sr01—O1^xiii	123.9 (4)	Sr01^iv—Sr02—O1ⁱⁱ	113.4 (5)
Sr01^iv—Sr01—O1^xviii	126.4 (3)	Sr01^iv—Sr02—O1^x	64.5 (4)
Sr01^iv—Sr01—O1^xxvii	123.9 (4)	Sr01^iv—Sr02—O1^xiii	122.3 (3)
Sr01^iv—Sr01—O1^xxviii	126.4 (3)	Sr01^iv—Sr02—O1^xxxiv	152.1 (2)
Sr01^iv—Sr01—O1^xxix	33.3 (3)	Sr01^iv—Sr02—O1^xxxv	90.7 (4)
Sr01^iv—Sr01—C1	64.6 (6)	Sr01^iv—Sr02—O1^xxix	40.1 (4)
Sr01^iv—Sr01—C1^x	62.0 (7)	Sr01^iv—Sr02—C1ⁱⁱ	104.1 (8)
Sr01^iv—Sr01—C1^xii	62.0 (7)	Sr01^iv—Sr02—C1	67.9 (7)
Sr01^iv—Sr01—C1^xiii	120.8 (6)	Sr01^iv—Sr02—C1^x	63.7 (8)
Sr01^iv—Sr01—C1^xv	120.8 (6)	Sr01^iv—Sr02—C1^xiii	153.26 (17)
Sr01^iv—Sr01—C1^xviii	126.6 (7)	Sr01^iv—Sr02—C1^xxxi	30.19 (16)
Sr01^v—Sr01—Sr01^vi	89.40 (9)	Sr01^v—Sr02—Sr01^xxx	97.42 (7)
Sr01^v—Sr01—Sr01^vii	47.58 (4)	Sr01^v—Sr02—Sr01^ix	103.72 (12)
Sr01^v—Sr01—Sr01^viii	108.36 (12)	Sr01^v—Sr02—Sr01^x	137.06 (7)
Sr01^v—Sr01—Sr01^ix	67.29 (11)	Sr01^v—Sr02—Sr01^xi	97.42 (7)
Sr01^v—Sr01—Sr01^x	130.91 (4)	Sr01^v—Sr02—Sr01^xxxvii	63.89 (4)
Sr01^v—Sr01—Sr01^xi	87.49 (8)	Sr01^v—Sr02—Sr01^xiii	44.10 (7)
Sr01^v—Sr01—Sr01^xii	175.65 (7)	Sr01^v—Sr02—Sr01^xiv	104.82 (10)
Sr01^v—Sr01—Sr01^xiii	33.70 (6)	Sr01^v—Sr02—Sr01^xv	63.89 (4)
Sr01^v—Sr01—Sr01^xiv	104.60 (6)	Sr01^v—Sr02—Sr01^xxxi	118.13 (11)
Sr01^v—Sr01—Sr01^xv	59.68 (4)	Sr01^v—Sr02—Sr01^xvii	46.30 (8)
Sr01^v—Sr01—Sr01^xvi	139.30 (11)	Sr01^v—Sr02—Sr01^xviii	46.30 (8)
Sr01^v—Sr01—Sr01^xvii	37.65 (3)	Sr01^v—Sr02—Sr01^xx	133.94 (7)
Sr01^v—Sr01—Sr01^xviii	37.21 (4)	Sr01^v—Sr02—Sr01^xxi	133.94 (7)
Sr01^v—Sr01—Sr01^xix	82.18 (7)	Sr01^v—Sr02—Sr02ⁱ	28.09 (6)
Sr01^v—Sr01—Sr01^xx	81.14 (9)	Sr01^v—Sr02—Sr02ⁱⁱ	90.00 (6)
Sr01^v—Sr01—Sr01^xxi	107.36 (10)	Sr01^v—Sr02—Sr02ⁱⁱⁱ	90.00 (6)
Sr01^v—Sr01—Sr01^xxii	120.11 (5)	Sr01^v—Sr02—Sr02^iv	151.91 (6)
Sr01^v—Sr01—Sr02ⁱ	29.19 (4)	Sr01^v—Sr02—Sr02^xxx	79.49 (9)
Sr01^v—Sr01—Sr02^xxiii	55.43 (6)	Sr01^v—Sr02—Sr02^xxiv	127.59 (7)
Sr01^v—Sr01—Sr02	56.04 (11)	Sr01^v—Sr02—Sr02^ix	79.49 (9)
Sr01^v—Sr01—Sr02ⁱⁱⁱ	93.10 (7)	Sr01^v—Sr02—Sr02^x	127.59 (7)
Sr01^v—Sr01—Sr02^vi	79.33 (11)	Sr01^v—Sr02—Sr02^xiii	43.77 (7)
Sr01^v—Sr01—Sr02^xxiv	99.21 (5)	Sr01^v—Sr02—Sr02^xv	43.77 (7)
Sr01^v—Sr01—Sr02^ix	61.65 (9)	Sr01^v—Sr02—Sr02^xxxi	125.88 (9)
Sr01^v—Sr01—Sr02^x	156.13 (3)	Sr01^v—Sr02—Sr02^xxvi	125.88 (9)
Sr01^v—Sr01—Sr02^xii	146.77 (4)	Sr01^v—Sr02—Sr02^xxxii	74.71 (9)
Sr01^v—Sr01—Sr02^xiii	32.99 (4)	Sr01^v—Sr02—Sr02^xvii	65.97 (12)
Sr01^v—Sr01—Sr02^xv	31.93 (4)	Sr01^v—Sr02—Sr02^xviii	74.71 (9)
Sr01^v—Sr01—Sr02^xvi	123.39 (9)	Sr01^v—Sr02—Sr02^xxxiii	129.63 (5)
Sr01^v—Sr01—Sr02^xxv	78.39 (4)	Sr01^v—Sr02—Sr02^xx	170.21 (8)
Sr01^v—Sr01—Sr02^xxvi	95.47 (11)	Sr01^v—Sr02—Sr02^xxi	129.63 (5)
Sr01^v—Sr01—Sr02^xvii	56.44 (7)	Sr01^v—Sr02—O003ⁱⁱ	106.7 (4)
Sr01^v—Sr01—Sr02^xviii	90.81 (12)	Sr01^v—Sr02—O003	106.7 (4)
Sr01^v—Sr01—Sr02^xx	113.10 (8)	Sr01^v—Sr02—O003^x	98.8 (6)
Sr01^v—Sr01—Sr02^xxi	142.83 (6)	Sr01^v—Sr02—O003^xxxi	152.3 (3)
Sr01^v—Sr01—O003^x	77.8 (5)	Sr01^v—Sr02—O004ⁱⁱ	91.4 (6)
Sr01^v—Sr01—O003^xii	124.7 (5)	Sr01^v—Sr02—O004	91.4 (6)
Sr01^v—Sr01—O003^xviii	129.2 (6)	Sr01^v—Sr02—O004^xiii	5.8 (4)
Sr01^v—Sr01—O004	68.8 (6)	Sr01^v—Sr02—O1ⁱⁱ	69.1 (5)
Sr01^v—Sr01—O004^x	116.0 (2)	Sr01^v—Sr02—O1^x	137.7 (4)
Sr01^v—Sr01—O004^xii	163.52 (17)	Sr01^v—Sr02—O1^xiii	47.1 (3)
Sr01^v—Sr01—O004^xviii	73.3 (3)	Sr01^v—Sr02—O1^xxxiv	47.1 (3)
Sr01^v—Sr01—O1^xii	140.1 (2)	Sr01^v—Sr02—O1^xxxv	69.1 (5)
Sr01^v—Sr01—O1^xiii	9.9 (2)	Sr01^v—Sr02—O1^xxix	137.7 (4)
Sr01^v—Sr01—O1^xviii	93.0 (2)	Sr01^v—Sr02—C1ⁱⁱ	88.6 (7)
Sr01^v—Sr01—O1^xxvii	57.3 (2)	Sr01^v—Sr02—C1	88.6 (7)
Sr01^v—Sr01—O1^xxviii	107.5 (3)	Sr01^v—Sr02—C1^x	128.2 (9)
Sr01^v—Sr01—O1^xxix	109.3 (2)	Sr01^v—Sr02—C1^xiii	24.8 (3)
Sr01^v—Sr01—C1	67.4 (5)	Sr01^v—Sr02—C1^xxxi	149.5 (2)
Sr01^v—Sr01—C1^x	97.7 (5)	Sr01^xxx—Sr02—Sr01^ix	56.99 (4)
Sr01^v—Sr01—C1^xii	144.0 (4)	Sr01^xxx—Sr02—Sr01^x	105.42 (5)
Sr01^v—Sr01—C1^xiii	17.5 (2)	Sr01^xxx—Sr02—Sr01^xi	113.97 (7)
Sr01^v—Sr01—C1^xv	64.9 (3)	Sr01^xxx—Sr02—Sr01^xxxvii	33.74 (7)
Sr01^v—Sr01—C1^xviii	102.4 (7)	Sr01^xxx—Sr02—Sr01^xiii	74.01 (5)
Sr01^vi—Sr01—Sr01^vii	108.36 (12)	Sr01^xxx—Sr02—Sr01^xiv	118.60 (3)
Sr01^vi—Sr01—Sr01^viii	47.58 (4)	Sr01^xxx—Sr02—Sr01^xv	119.60 (4)
Sr01^vi—Sr01—Sr01^ix	130.91 (4)	Sr01^xxx—Sr02—Sr01^xxxi	58.15 (4)
Sr01^vi—Sr01—Sr01^x	67.29 (11)	Sr01^xxx—Sr02—Sr01^xvii	86.82 (8)
Sr01^vi—Sr01—Sr01^xi	175.65 (7)	Sr01^xxx—Sr02—Sr01^xviii	141.76 (7)
Sr01^vi—Sr01—Sr01^xii	87.49 (8)	Sr01^xxx—Sr02—Sr01^xx	40.35 (4)
Sr01^vi—Sr01—Sr01^xiii	116.90 (5)	Sr01^xxx—Sr02—Sr01^xxi	114.61 (13)
Sr01^vi—Sr01—Sr01^xiv	32.95 (7)	Sr01^xxx—Sr02—Sr02ⁱ	111.30 (6)
Sr01^vi—Sr01—Sr01^xv	141.22 (9)	Sr01^xxx—Sr02—Sr02ⁱⁱ	33.01 (5)
Sr01^vi—Sr01—Sr01^xvi	70.55 (5)	Sr01^xxx—Sr02—Sr02ⁱⁱⁱ	146.99 (7)
Sr01^vi—Sr01—Sr01^xvii	59.89 (5)	Sr01^xxx—Sr02—Sr02^iv	68.70 (6)
Sr01^vi—Sr01—Sr01^xviii	72.64 (10)	Sr01^xxx—Sr02—Sr02^xxx	33.43 (2)
Sr01^vi—Sr01—Sr01^xix	98.86 (10)	Sr01^xxx—Sr02—Sr02^xxiv	81.32 (4)
Sr01^vi—Sr01—Sr01^xx	97.82 (7)	Sr01^xxx—Sr02—Sr02^ix	88.56 (5)
Sr01^vi—Sr01—Sr01^xxi	142.79 (6)	Sr01^xxx—Sr02—Sr02^x	131.19 (8)
Sr01^vi—Sr01—Sr01^xxii	142.35 (4)	Sr01^xxx—Sr02—Sr02^xiii	56.45 (11)
Sr01^vi—Sr01—Sr02ⁱ	62.62 (8)	Sr01^xxx—Sr02—Sr02^xv	125.41 (5)
Sr01^vi—Sr01—Sr02^xxiii	81.12 (11)	Sr01^xxx—Sr02—Sr02^xxxi	35.82 (4)
Sr01^vi—Sr01—Sr02	105.64 (6)	Sr01^xxx—Sr02—Sr02^xxvi	87.01 (8)
Sr01^vi—Sr01—Sr02ⁱⁱⁱ	151.93 (8)	Sr01^xxx—Sr02—Sr02^xxxii	73.01 (7)
Sr01^vi—Sr01—Sr02^vi	32.06 (4)	Sr01^xxx—Sr02—Sr02^xvii	122.41 (5)
Sr01^vi—Sr01—Sr02^xxiv	65.71 (9)	Sr01^xxx—Sr02—Sr02^xviii	170.45 (8)
Sr01^vi—Sr01—Sr02^ix	148.81 (4)	Sr01^xxx—Sr02—Sr02^xxxiii	48.45 (3)
Sr01^vi—Sr01—Sr02^x	82.29 (12)	Sr01^xxx—Sr02—Sr02^xx	87.86 (8)
Sr01^vi—Sr01—Sr02^xii	105.37 (5)	Sr01^xxx—Sr02—Sr02^xxi	127.95 (12)
Sr01^vi—Sr01—Sr02^xiii	88.96 (4)	Sr01^xxx—Sr02—O003ⁱⁱ	16.2 (3)
Sr01^vi—Sr01—Sr02^xv	119.38 (11)	Sr01^xxx—Sr02—O003	99.1 (2)
Sr01^vi—Sr01—Sr02^xvi	35.02 (4)	Sr01^xxx—Sr02—O003^x	120.22 (15)
Sr01^vi—Sr01—Sr02^xxv	128.27 (9)	Sr01^xxx—Sr02—O003^xxxi	68.87 (13)
Sr01^vi—Sr01—Sr02^xxvi	151.35 (4)	Sr01^xxx—Sr02—O004ⁱⁱ	26.5 (5)
Sr01^vi—Sr01—Sr02^xvii	35.18 (4)	Sr01^xxx—Sr02—O004	140.4 (5)
Sr01^vi—Sr01—Sr02^xviii	75.50 (9)	Sr01^xxx—Sr02—O004^xiii	94.3 (2)
Sr01^vi—Sr01—Sr02^xx	101.75 (10)	Sr01^xxx—Sr02—O1ⁱⁱ	37.3 (3)
Sr01^vi—Sr01—Sr02^xxi	127.45 (7)	Sr01^xxx—Sr02—O1^x	78.6 (2)
Sr01^vi—Sr01—O003^x	55.4 (5)	Sr01^xxx—Sr02—O1^xiii	140.9 (3)
Sr01^vi—Sr01—O003^xii	102.3 (5)	Sr01^xxx—Sr02—O1^xxxiv	90.1 (2)
Sr01^vi—Sr01—O003^xviii	40.1 (6)	Sr01^xxx—Sr02—O1^xxxv	93.3 (2)
Sr01^vi—Sr01—O004	153.2 (3)	Sr01^xxx—Sr02—O1^xxix	122.9 (3)
Sr01^vi—Sr01—O004^x	68.8 (4)	Sr01^xxx—Sr02—C1ⁱⁱ	9.3 (6)
Sr01^vi—Sr01—O004^xii	99.2 (3)	Sr01^xxx—Sr02—C1	112.6 (4)
Sr01^vi—Sr01—O004^xviii	36.7 (3)	Sr01^xxx—Sr02—C1^x	109.6 (4)
Sr01^vi—Sr01—O1^xii	130.5 (2)	Sr01^xxx—Sr02—C1^xiii	109.83 (15)
Sr01^vi—Sr01—O1^xiii	83.5 (3)	Sr01^xxx—Sr02—C1^xxxi	67.65 (11)
Sr01^vi—Sr01—O1^xviii	6.06 (11)	Sr01^ix—Sr02—Sr01^x	119.22 (13)
Sr01^vi—Sr01—O1^xxvii	109.4 (4)	Sr01^ix—Sr02—Sr01^xi	56.99 (4)
Sr01^vi—Sr01—O1^xxviii	41.64 (13)	Sr01^ix—Sr02—Sr01^xxxvii	71.95 (6)
Sr01^vi—Sr01—O1^xxix	102.2 (3)	Sr01^ix—Sr02—Sr01^xiii	59.62 (11)
Sr01^vi—Sr01—C1	152.4 (3)	Sr01^ix—Sr02—Sr01^xiv	151.47 (12)
Sr01^vi—Sr01—C1^x	75.0 (6)	Sr01^ix—Sr02—Sr01^xv	71.95 (6)
Sr01^vi—Sr01—C1^xii	114.6 (4)	Sr01^ix—Sr02—Sr01^xxxi	14.42 (6)
Sr01^vi—Sr01—C1^xiii	79.9 (4)	Sr01^ix—Sr02—Sr01^xvii	132.05 (8)
Sr01^vi—Sr01—C1^xv	110.7 (5)	Sr01^ix—Sr02—Sr01^xviii	132.05 (8)
Sr01^vi—Sr01—C1^xviii	23.98 (9)	Sr01^ix—Sr02—Sr01^xx	71.50 (11)
Sr01^vii—Sr01—Sr01^viii	89.40 (9)	Sr01^ix—Sr02—Sr01^xxi	71.50 (11)
Sr01^vii—Sr01—Sr01^ix	87.49 (8)	Sr01^ix—Sr02—Sr02ⁱ	131.81 (10)
Sr01^vii—Sr01—Sr01^x	175.65 (7)	Sr01^ix—Sr02—Sr02ⁱⁱ	90.00 (5)
Sr01^vii—Sr01—Sr01^xi	67.29 (11)	Sr01^ix—Sr02—Sr02ⁱⁱⁱ	90.00 (5)
Sr01^vii—Sr01—Sr01^xii	130.91 (4)	Sr01^ix—Sr02—Sr02^iv	48.19 (9)
Sr01^vii—Sr01—Sr01^xiii	59.68 (4)	Sr01^ix—Sr02—Sr02^xxx	37.92 (5)
Sr01^vii—Sr01—Sr01^xiv	139.30 (11)	Sr01^ix—Sr02—Sr02^xxiv	117.76 (12)
Sr01^vii—Sr01—Sr01^xv	33.70 (6)	Sr01^ix—Sr02—Sr02^ix	37.92 (5)
Sr01^vii—Sr01—Sr01^xvi	104.60 (6)	Sr01^ix—Sr02—Sr02^x	117.76 (12)
Sr01^vii—Sr01—Sr01^xvii	82.18 (7)	Sr01^ix—Sr02—Sr02^xiii	91.41 (10)
Sr01^vii—Sr01—Sr01^xviii	37.21 (4)	Sr01^ix—Sr02—Sr02^xv	91.41 (10)
Sr01^vii—Sr01—Sr01^xix	37.65 (3)	Sr01^ix—Sr02—Sr02^xxxi	37.62 (6)
Sr01^vii—Sr01—Sr01^xx	120.11 (5)	Sr01^ix—Sr02—Sr02^xxvi	37.62 (6)
Sr01^vii—Sr01—Sr01^xxi	107.36 (10)	Sr01^ix—Sr02—Sr02^xxxii	129.56 (4)
Sr01^vii—Sr01—Sr01^xxii	81.14 (9)	Sr01^ix—Sr02—Sr02^xvii	169.68 (11)
Sr01^vii—Sr01—Sr02ⁱ	55.43 (6)	Sr01^ix—Sr02—Sr02^xviii	129.56 (4)
Sr01^vii—Sr01—Sr02^xxiii	29.19 (4)	Sr01^ix—Sr02—Sr02^xxxiii	87.46 (10)
Sr01^vii—Sr01—Sr02	93.10 (7)	Sr01^ix—Sr02—Sr02^xx	86.07 (15)
Sr01^vii—Sr01—Sr02ⁱⁱⁱ	56.04 (11)	Sr01^ix—Sr02—Sr02^xxi	87.46 (10)
Sr01^vii—Sr01—Sr02^vi	79.33 (11)	Sr01^ix—Sr02—O003ⁱⁱ	42.6 (2)
Sr01^vii—Sr01—Sr02^xxiv	146.77 (4)	Sr01^ix—Sr02—O003	42.6 (2)
Sr01^vii—Sr01—Sr02^ix	61.65 (9)	Sr01^ix—Sr02—O003^x	157.5 (6)
Sr01^vii—Sr01—Sr02^x	156.13 (3)	Sr01^ix—Sr02—O003^xxxi	48.6 (3)
Sr01^vii—Sr01—Sr02^xii	99.21 (5)	Sr01^ix—Sr02—O004ⁱⁱ	83.5 (5)
Sr01^vii—Sr01—Sr02^xiii	78.39 (4)	Sr01^ix—Sr02—O004	83.5 (5)
Sr01^vii—Sr01—Sr02^xv	31.93 (4)	Sr01^ix—Sr02—O004^xiii	97.9 (4)
Sr01^vii—Sr01—Sr02^xvi	123.39 (9)	Sr01^ix—Sr02—O1ⁱⁱ	47.4 (4)
Sr01^vii—Sr01—Sr02^xxv	32.99 (4)	Sr01^ix—Sr02—O1^x	108.5 (4)
Sr01^vii—Sr01—Sr02^xxvi	95.47 (11)	Sr01^ix—Sr02—O1^xiii	135.56 (19)
Sr01^vii—Sr01—Sr02^xvii	90.81 (12)	Sr01^ix—Sr02—O1^xxxiv	135.56 (19)
Sr01^vii—Sr01—Sr02^xviii	56.44 (7)	Sr01^ix—Sr02—O1^xxxv	47.4 (4)
Sr01^vii—Sr01—Sr02^xx	142.83 (6)	Sr01^ix—Sr02—O1^xxix	108.5 (4)
Sr01^vii—Sr01—Sr02^xxi	113.10 (8)	Sr01^ix—Sr02—C1ⁱⁱ	56.4 (5)
Sr01^vii—Sr01—O003^x	124.7 (5)	Sr01^ix—Sr02—C1	56.4 (5)
Sr01^vii—Sr01—O003^xii	77.8 (5)	Sr01^ix—Sr02—C1^x	128.1 (9)
Sr01^vii—Sr01—O003^xviii	129.2 (6)	Sr01^ix—Sr02—C1^xiii	128.5 (3)
Sr01^vii—Sr01—O004	68.8 (6)	Sr01^ix—Sr02—C1^xxxi	45.7 (2)
Sr01^vii—Sr01—O004^x	163.52 (17)	Sr01^x—Sr02—Sr01^xi	105.42 (5)
Sr01^vii—Sr01—O004^xii	116.0 (2)	Sr01^x—Sr02—Sr01^xxxvii	127.78 (2)
Sr01^vii—Sr01—O004^xviii	73.3 (3)	Sr01^x—Sr02—Sr01^xiii	178.84 (10)
Sr01^vii—Sr01—O1^xii	109.3 (2)	Sr01^x—Sr02—Sr01^xiv	32.25 (8)
Sr01^vii—Sr01—O1^xiii	57.3 (2)	Sr01^x—Sr02—Sr01^xv	127.78 (2)
Sr01^vii—Sr01—O1^xviii	107.5 (3)	Sr01^x—Sr02—Sr01^xxxi	104.80 (11)
Sr01^vii—Sr01—O1^xxvii	9.9 (2)	Sr01^x—Sr02—Sr01^xvii	98.69 (6)
Sr01^vii—Sr01—O1^xxviii	93.0 (2)	Sr01^x—Sr02—Sr01^xviii	98.69 (6)
Sr01^vii—Sr01—O1^xxix	140.1 (2)	Sr01^x—Sr02—Sr01^xx	66.36 (5)
Sr01^vii—Sr01—C1	67.4 (5)	Sr01^x—Sr02—Sr01^xxi	66.36 (5)
Sr01^vii—Sr01—C1^x	144.0 (4)	Sr01^x—Sr02—Sr02ⁱ	108.98 (6)
Sr01^vii—Sr01—C1^xii	97.7 (5)	Sr01^x—Sr02—Sr02ⁱⁱ	90.00 (3)
Sr01^vii—Sr01—C1^xiii	64.9 (3)	Sr01^x—Sr02—Sr02ⁱⁱⁱ	90.00 (3)
Sr01^vii—Sr01—C1^xv	17.5 (2)	Sr01^x—Sr02—Sr02^iv	71.02 (6)
Sr01^vii—Sr01—C1^xviii	102.4 (7)	Sr01^x—Sr02—Sr02^xxx	135.81 (8)
Sr01^viii—Sr01—Sr01^ix	175.65 (7)	Sr01^x—Sr02—Sr02^xxiv	28.991 (19)
Sr01^viii—Sr01—Sr01^x	87.49 (8)	Sr01^x—Sr02—Sr02^ix	135.81 (8)
Sr01^viii—Sr01—Sr01^xi	130.91 (4)	Sr01^x—Sr02—Sr02^x	28.991 (19)
Sr01^viii—Sr01—Sr01^xii	67.29 (11)	Sr01^x—Sr02—Sr02^xiii	129.17 (4)
Sr01^viii—Sr01—Sr01^xiii	141.22 (9)	Sr01^x—Sr02—Sr02^xv	129.17 (4)
Sr01^viii—Sr01—Sr01^xiv	70.55 (5)	Sr01^x—Sr02—Sr02^xxxi	91.65 (8)
Sr01^viii—Sr01—Sr01^xv	116.90 (5)	Sr01^x—Sr02—Sr02^xxvi	91.65 (8)
Sr01^viii—Sr01—Sr01^xvi	32.95 (7)	Sr01^x—Sr02—Sr02^xxxii	77.90 (6)
Sr01^viii—Sr01—Sr01^xvii	98.86 (10)	Sr01^x—Sr02—Sr02^xvii	71.10 (10)
Sr01^viii—Sr01—Sr01^xviii	72.64 (10)	Sr01^x—Sr02—Sr02^xviii	77.90 (6)
Sr01^viii—Sr01—Sr01^xix	59.89 (5)	Sr01^x—Sr02—Sr02^xxxiii	57.18 (3)
Sr01^viii—Sr01—Sr01^xx	142.35 (4)	Sr01^x—Sr02—Sr02^xx	33.15 (5)
Sr01^viii—Sr01—Sr01^xxi	142.79 (6)	Sr01^x—Sr02—Sr02^xxi	57.18 (3)
Sr01^viii—Sr01—Sr01^xxii	97.82 (7)	Sr01^x—Sr02—O003ⁱⁱ	105.0 (3)
Sr01^viii—Sr01—Sr02ⁱ	81.12 (11)	Sr01^x—Sr02—O003	105.0 (3)
Sr01^viii—Sr01—Sr02^xxiii	62.62 (8)	Sr01^x—Sr02—O003^x	38.3 (6)
Sr01^viii—Sr01—Sr02	151.93 (8)	Sr01^x—Sr02—O003^xxxi	70.6 (3)
Sr01^viii—Sr01—Sr02ⁱⁱⁱ	105.64 (6)	Sr01^x—Sr02—O004ⁱⁱ	93.3 (3)
Sr01^viii—Sr01—Sr02^vi	32.06 (4)	Sr01^x—Sr02—O004	93.3 (3)
Sr01^viii—Sr01—Sr02^xxiv	105.37 (5)	Sr01^x—Sr02—O004^xiii	142.9 (4)
Sr01^viii—Sr01—Sr02^ix	148.81 (4)	Sr01^x—Sr02—O1ⁱⁱ	142.6 (3)
Sr01^viii—Sr01—Sr02^x	82.29 (12)	Sr01^x—Sr02—O1^x	27.45 (16)
Sr01^viii—Sr01—Sr02^xii	65.71 (9)	Sr01^x—Sr02—O1^xiii	96.4 (2)
Sr01^viii—Sr01—Sr02^xiii	128.27 (9)	Sr01^x—Sr02—O1^xxxiv	96.4 (2)
Sr01^viii—Sr01—Sr02^xv	119.38 (11)	Sr01^x—Sr02—O1^xxxv	142.6 (3)
Sr01^viii—Sr01—Sr02^xvi	35.02 (4)	Sr01^x—Sr02—O1^xxix	27.45 (16)
Sr01^viii—Sr01—Sr02^xxv	88.96 (4)	Sr01^x—Sr02—C1ⁱⁱ	114.2 (4)
Sr01^viii—Sr01—Sr02^xxvi	151.35 (4)	Sr01^x—Sr02—C1	114.2 (4)
Sr01^viii—Sr01—Sr02^xvii	75.50 (9)	Sr01^x—Sr02—C1^x	8.9 (8)
Sr01^viii—Sr01—Sr02^xviii	35.18 (4)	Sr01^x—Sr02—C1^xiii	112.3 (3)
Sr01^viii—Sr01—Sr02^xx	127.45 (7)	Sr01^x—Sr02—C1^xxxi	73.5 (2)
Sr01^viii—Sr01—Sr02^xxi	101.75 (10)	Sr01^xi—Sr02—Sr01^xxxvii	119.60 (4)
Sr01^viii—Sr01—O003^x	102.3 (5)	Sr01^xi—Sr02—Sr01^xiii	74.01 (5)
Sr01^viii—Sr01—O003^xii	55.4 (5)	Sr01^xi—Sr02—Sr01^xiv	118.60 (3)
Sr01^viii—Sr01—O003^xviii	40.1 (6)	Sr01^xi—Sr02—Sr01^xv	33.74 (7)
Sr01^viii—Sr01—O004	153.2 (3)	Sr01^xi—Sr02—Sr01^xxxi	58.15 (4)
Sr01^viii—Sr01—O004^x	99.2 (3)	Sr01^xi—Sr02—Sr01^xvii	141.76 (7)
Sr01^viii—Sr01—O004^xii	68.8 (4)	Sr01^xi—Sr02—Sr01^xviii	86.82 (8)
Sr01^viii—Sr01—O004^xviii	36.7 (3)	Sr01^xi—Sr02—Sr01^xx	114.61 (13)
Sr01^viii—Sr01—O1^xii	102.2 (3)	Sr01^xi—Sr02—Sr01^xxi	40.35 (4)
Sr01^viii—Sr01—O1^xiii	109.4 (4)	Sr01^xi—Sr02—Sr02ⁱ	111.30 (6)
Sr01^viii—Sr01—O1^xviii	41.64 (13)	Sr01^xi—Sr02—Sr02ⁱⁱ	146.99 (7)
Sr01^viii—Sr01—O1^xxvii	83.5 (3)	Sr01^xi—Sr02—Sr02ⁱⁱⁱ	33.01 (5)
Sr01^viii—Sr01—O1^xxviii	6.06 (11)	Sr01^xi—Sr02—Sr02^iv	68.70 (6)
Sr01^viii—Sr01—O1^xxix	130.5 (2)	Sr01^xi—Sr02—Sr02^xxx	88.56 (5)
Sr01^viii—Sr01—C1	152.4 (3)	Sr01^xi—Sr02—Sr02^xxiv	131.19 (8)
Sr01^viii—Sr01—C1^x	114.6 (4)	Sr01^xi—Sr02—Sr02^ix	33.43 (2)
Sr01^viii—Sr01—C1^xii	75.0 (6)	Sr01^xi—Sr02—Sr02^x	81.32 (4)
Sr01^viii—Sr01—C1^xiii	110.7 (5)	Sr01^xi—Sr02—Sr02^xiii	125.41 (5)
Sr01^viii—Sr01—C1^xv	79.9 (4)	Sr01^xi—Sr02—Sr02^xv	56.45 (11)
Sr01^viii—Sr01—C1^xviii	23.98 (9)	Sr01^xi—Sr02—Sr02^xxxi	87.01 (8)
Sr01^ix—Sr01—Sr01^x	95.45 (8)	Sr01^xi—Sr02—Sr02^xxvi	35.82 (4)
Sr01^ix—Sr01—Sr01^xi	50.21 (4)	Sr01^xi—Sr02—Sr02^xxxii	170.45 (8)
Sr01^ix—Sr01—Sr01^xii	117.06 (12)	Sr01^xi—Sr02—Sr02^xvii	122.41 (5)
Sr01^ix—Sr01—Sr01^xiii	34.49 (7)	Sr01^xi—Sr02—Sr02^xviii	73.01 (7)
Sr01^ix—Sr01—Sr01^xiv	110.11 (5)	Sr01^xi—Sr02—Sr02^xxxiii	127.95 (12)
Sr01^ix—Sr01—Sr01^xv	61.31 (4)	Sr01^xi—Sr02—Sr02^xx	87.86 (8)
Sr01^ix—Sr01—Sr01^xvi	151.19 (10)	Sr01^xi—Sr02—Sr02^xxi	48.45 (3)
Sr01^ix—Sr01—Sr01^xvii	77.70 (9)	Sr01^xi—Sr02—O003ⁱⁱ	99.1 (2)
Sr01^ix—Sr01—Sr01^xviii	103.08 (10)	Sr01^xi—Sr02—O003	16.2 (3)
Sr01^ix—Sr01—Sr01^xix	118.47 (5)	Sr01^xi—Sr02—O003^x	120.22 (15)
Sr01^ix—Sr01—Sr01^xx	38.57 (3)	Sr01^xi—Sr02—O003^xxxi	68.87 (13)
Sr01^ix—Sr01—Sr01^xxi	41.39 (5)	Sr01^xi—Sr02—O004ⁱⁱ	140.4 (5)
Sr01^ix—Sr01—Sr01^xxii	84.71 (7)	Sr01^xi—Sr02—O004	26.5 (5)
Sr01^ix—Sr01—Sr02ⁱ	94.60 (10)	Sr01^xi—Sr02—O004^xiii	94.3 (2)
Sr01^ix—Sr01—Sr02^xxiii	113.68 (7)	Sr01^xi—Sr02—O1ⁱⁱ	93.3 (2)
Sr01^ix—Sr01—Sr02	25.54 (5)	Sr01^xi—Sr02—O1^x	122.9 (3)
Sr01^ix—Sr01—Sr02ⁱⁱⁱ	75.06 (6)	Sr01^xi—Sr02—O1^xiii	90.1 (2)
Sr01^ix—Sr01—Sr02^vi	143.99 (5)	Sr01^xi—Sr02—O1^xxxiv	140.9 (3)
Sr01^ix—Sr01—Sr02^xxiv	75.82 (5)	Sr01^xi—Sr02—O1^xxxv	37.3 (3)
Sr01^ix—Sr01—Sr02^ix	29.61 (2)	Sr01^xi—Sr02—O1^xxix	78.6 (2)
Sr01^ix—Sr01—Sr02^x	101.74 (13)	Sr01^xi—Sr02—C1ⁱⁱ	112.6 (4)
Sr01^ix—Sr01—Sr02^xii	117.82 (9)	Sr01^xi—Sr02—C1	9.3 (6)
Sr01^ix—Sr01—Sr02^xiii	48.00 (7)	Sr01^xi—Sr02—C1^x	109.6 (4)
Sr01^ix—Sr01—Sr02^xv	57.00 (9)	Sr01^xi—Sr02—C1^xiii	109.83 (15)
Sr01^ix—Sr01—Sr02^xvi	147.14 (5)	Sr01^xi—Sr02—C1^xxxi	67.65 (11)
Sr01^ix—Sr01—Sr02^xxv	90.09 (4)	Sr01^xxxvii—Sr02—Sr01^xiii	52.21 (2)
Sr01^ix—Sr01—Sr02^xxvi	32.30 (3)	Sr01^xxxvii—Sr02—Sr01^xiv	121.65 (4)
Sr01^ix—Sr01—Sr02^xvii	101.49 (8)	Sr01^xxxvii—Sr02—Sr01^xv	104.43 (4)
Sr01^ix—Sr01—Sr02^xviii	142.70 (6)	Sr01^xxxvii—Sr02—Sr01^xxxi	80.30 (6)
Sr01^ix—Sr01—Sr02^xx	55.97 (6)	Sr01^xxxvii—Sr02—Sr01^xvii	61.43 (4)
Sr01^ix—Sr01—Sr02^xxi	82.29 (10)	Sr01^xxxvii—Sr02—Sr01^xviii	108.32 (9)
Sr01^ix—Sr01—O003^x	77.0 (4)	Sr01^xxxvii—Sr02—Sr01^xx	71.52 (6)
Sr01^ix—Sr01—O003^xii	126.6 (5)	Sr01^xxxvii—Sr02—Sr01^xxi	142.53 (9)
Sr01^ix—Sr01—O003^xviii	142.6 (5)	Sr01^xxxvii—Sr02—Sr02ⁱ	79.20 (5)
Sr01^ix—Sr01—O004	26.35 (18)	Sr01^xxxvii—Sr02—Sr02ⁱⁱ	37.79 (3)
Sr01^ix—Sr01—O004^x	83.1 (2)	Sr01^xxxvii—Sr02—Sr02ⁱⁱⁱ	142.21 (4)
Sr01^ix—Sr01—O004^xii	115.3 (4)	Sr01^xxxvii—Sr02—Sr02^iv	100.80 (5)
Sr01^ix—Sr01—O004^xviii	139.2 (3)	Sr01^xxxvii—Sr02—Sr02^xxx	34.21 (5)
Sr01^ix—Sr01—O1^xii	81.7 (3)	Sr01^xxxvii—Sr02—Sr02^xxiv	98.91 (3)
Sr01^ix—Sr01—O1^xiii	66.4 (4)	Sr01^xxxvii—Sr02—Sr02^ix	86.33 (3)
Sr01^ix—Sr01—O1^xviii	136.94 (12)	Sr01^xxxvii—Sr02—Sr02^x	156.61 (3)
Sr01^ix—Sr01—O1^xxvii	93.9 (3)	Sr01^xxxvii—Sr02—Sr02^xiii	23.70 (7)
Sr01^ix—Sr01—O1^xxviii	172.09 (18)	Sr01^xxxvii—Sr02—Sr02^xv	98.70 (6)
Sr01^ix—Sr01—O1^xxix	52.82 (19)	Sr01^xxxvii—Sr02—Sr02^xxxi	67.28 (8)
Sr01^ix—Sr01—C1	26.85 (19)	Sr01^xxxvii—Sr02—Sr02^xxvi	109.19 (5)
Sr01^ix—Sr01—C1^x	66.8 (4)	Sr01^xxxvii—Sr02—Sr02^xxxii	62.20 (3)
Sr01^ix—Sr01—C1^xii	108.4 (6)	Sr01^xxxvii—Sr02—Sr02^xvii	102.13 (8)
Sr01^ix—Sr01—C1^xiii	65.1 (5)	Sr01^xxxvii—Sr02—Sr02^xviii	137.60 (10)
Sr01^ix—Sr01—C1^xv	97.9 (3)	Sr01^xxxvii—Sr02—Sr02^xxxiii	74.05 (4)
Sr01^ix—Sr01—C1^xviii	154.86 (4)	Sr01^xxxvii—Sr02—Sr02^xx	120.41 (5)
Sr01^x—Sr01—Sr01^xi	117.06 (12)	Sr01^xxxvii—Sr02—Sr02^xxi	158.44 (8)
Sr01^x—Sr01—Sr01^xii	50.21 (4)	Sr01^xxxvii—Sr02—O003ⁱⁱ	46.0 (4)
Sr01^x—Sr01—Sr01^xiii	121.79 (4)	Sr01^xxxvii—Sr02—O003	111.10 (15)
Sr01^x—Sr01—Sr01^xiv	36.49 (8)	Sr01^xxxvii—Sr02—O003^x	119.2 (3)
Sr01^x—Sr01—Sr01^xv	150.57 (8)	Sr01^xxxvii—Sr02—O003^xxxi	101.03 (17)
Sr01^x—Sr01—Sr01^xvi	74.24 (5)	Sr01^xxxvii—Sr02—O004ⁱⁱ	34.7 (4)
Sr01^x—Sr01—Sr01^xvii	95.29 (6)	Sr01^xxxvii—Sr02—O004	138.4 (3)
Sr01^x—Sr01—Sr01^xviii	138.61 (6)	Sr01^xxxvii—Sr02—O004^xiii	61.25 (17)
Sr01^x—Sr01—Sr01^xix	141.43 (4)	Sr01^xxxvii—Sr02—O1ⁱⁱ	26.8 (3)
Sr01^x—Sr01—Sr01^xx	61.53 (5)	Sr01^xxxvii—Sr02—O1^x	101.13 (17)
Sr01^x—Sr01—Sr01^xxi	76.92 (10)	Sr01^xxxvii—Sr02—O1^xiii	107.9 (3)
Sr01^x—Sr01—Sr01^xxii	102.30 (10)	Sr01^xxxvii—Sr02—O1^xxxiv	65.06 (19)
Sr01^x—Sr01—Sr02ⁱ	120.98 (6)	Sr01^xxxvii—Sr02—O1^xxxv	84.88 (19)
Sr01^x—Sr01—Sr02^xxiii	146.73 (6)	Sr01^xxxvii—Sr02—O1^xxix	153.0 (2)
Sr01^x—Sr01—Sr02	88.22 (7)	Sr01^xxxvii—Sr02—C1ⁱⁱ	25.5 (8)
Sr01^x—Sr01—Sr02ⁱⁱⁱ	127.85 (12)	Sr01^xxxvii—Sr02—C1	112.9 (3)
Sr01^x—Sr01—Sr02^vi	96.44 (10)	Sr01^xxxvii—Sr02—C1^x	127.38 (9)
Sr01^x—Sr01—Sr02^xxiv	32.23 (2)	Sr01^xxxvii—Sr02—C1^xiii	77.25 (18)
Sr01^x—Sr01—Sr02^ix	122.00 (9)	Sr01^xxxvii—Sr02—C1^xxxi	99.35 (14)
Sr01^x—Sr01—Sr02^x	25.90 (3)	Sr01^xiii—Sr02—Sr01^xiv	148.91 (13)
Sr01^x—Sr01—Sr02^xii	82.28 (5)	Sr01^xiii—Sr02—Sr01^xv	52.21 (2)
Sr01^x—Sr01—Sr02^xiii	101.19 (3)	Sr01^xiii—Sr02—Sr01^xxxi	74.04 (11)
Sr01^x—Sr01—Sr02^xv	149.78 (5)	Sr01^xiii—Sr02—Sr01^xvii	82.31 (9)
Sr01^x—Sr01—Sr02^xvi	53.11 (8)	Sr01^xiii—Sr02—Sr01^xviii	82.31 (9)
Sr01^x—Sr01—Sr02^xxv	149.86 (5)	Sr01^xiii—Sr02—Sr01^xx	112.89 (6)
Sr01^x—Sr01—Sr02^xxvi	88.71 (11)	Sr01^xiii—Sr02—Sr01^xxi	112.89 (6)
Sr01^x—Sr01—Sr02^xvii	85.46 (10)	Sr01^xiii—Sr02—Sr02ⁱ	72.18 (8)
Sr01^x—Sr01—Sr02^xviii	121.15 (7)	Sr01^xiii—Sr02—Sr02ⁱⁱ	90.00 (3)
Sr01^x—Sr01—Sr02^xx	40.69 (4)	Sr01^xiii—Sr02—Sr02ⁱⁱⁱ	90.00 (3)
Sr01^x—Sr01—Sr02^xxi	70.56 (8)	Sr01^xiii—Sr02—Sr02^iv	107.82 (8)
Sr01^x—Sr01—O003^x	53.3 (5)	Sr01^xiii—Sr02—Sr02^xxx	43.35 (6)
Sr01^x—Sr01—O003^xii	102.9 (4)	Sr01^xiii—Sr02—Sr02^xxiv	151.09 (2)
Sr01^x—Sr01—O003^xviii	47.5 (6)	Sr01^xiii—Sr02—Sr02^ix	43.35 (6)
Sr01^x—Sr01—O004	115.0 (6)	Sr01^xiii—Sr02—Sr02^x	151.09 (2)
Sr01^x—Sr01—O004^x	16.08 (12)	Sr01^xiii—Sr02—Sr02^xiii	51.41 (4)
Sr01^x—Sr01—O004^xii	65.57 (18)	Sr01^xiii—Sr02—Sr02^xv	51.41 (4)
Sr01^x—Sr01—O004^xviii	102.4 (3)	Sr01^xiii—Sr02—Sr02^xxxi	87.31 (9)
Sr01^x—Sr01—O1^xii	74.4 (2)	Sr01^xiii—Sr02—Sr02^xxvi	87.31 (9)
Sr01^x—Sr01—O1^xiii	121.0 (2)	Sr01^xiii—Sr02—Sr02^xxxii	102.83 (8)
Sr01^x—Sr01—O1^xviii	68.2 (3)	Sr01^xiii—Sr02—Sr02^xvii	110.06 (14)
Sr01^x—Sr01—O1^xxvii	169.7 (2)	Sr01^xiii—Sr02—Sr02^xviii	102.83 (8)
Sr01^x—Sr01—O1^xxviii	83.6 (2)	Sr01^xiii—Sr02—Sr02^xxxiii	122.32 (4)
Sr01^x—Sr01—O1^xxix	43.2 (2)	Sr01^xiii—Sr02—Sr02^xx	145.69 (11)
Sr01^x—Sr01—C1	116.4 (5)	Sr01^xiii—Sr02—Sr02^xxi	122.32 (4)
Sr01^x—Sr01—C1^x	36.2 (3)	Sr01^xiii—Sr02—O003ⁱⁱ	74.2 (3)
Sr01^x—Sr01—C1^xii	84.5 (4)	Sr01^xiii—Sr02—O003	74.2 (3)
Sr01^x—Sr01—C1^xiii	113.4 (3)	Sr01^xiii—Sr02—O003^x	142.9 (6)
Sr01^x—Sr01—C1^xv	162.80 (18)	Sr01^xiii—Sr02—O003^xxxi	108.2 (3)
Sr01^x—Sr01—C1^xviii	73.6 (6)	Sr01^xiii—Sr02—O004ⁱⁱ	86.6 (3)
Sr01^xi—Sr01—Sr01^xii	95.45 (8)	Sr01^xiii—Sr02—O004	86.6 (3)
Sr01^xi—Sr01—Sr01^xiii	61.31 (4)	Sr01^xiii—Sr02—O004^xiii	38.3 (4)
Sr01^xi—Sr01—Sr01^xiv	151.19 (10)	Sr01^xiii—Sr02—O1ⁱⁱ	36.7 (3)
Sr01^xi—Sr01—Sr01^xv	34.49 (7)	Sr01^xiii—Sr02—O1^x	152.19 (17)
Sr01^xi—Sr01—Sr01^xvi	110.11 (5)	Sr01^xiii—Sr02—O1^xiii	84.6 (2)
Sr01^xi—Sr01—Sr01^xvii	118.47 (5)	Sr01^xiii—Sr02—O1^xxxiv	84.6 (2)
Sr01^xi—Sr01—Sr01^xviii	103.08 (10)	Sr01^xiii—Sr02—O1^xxxv	36.7 (3)
Sr01^xi—Sr01—Sr01^xix	77.70 (9)	Sr01^xiii—Sr02—O1^xxix	152.19 (17)
Sr01^xi—Sr01—Sr01^xx	84.71 (7)	Sr01^xiii—Sr02—C1ⁱⁱ	65.3 (4)
Sr01^xi—Sr01—Sr01^xxi	41.39 (5)	Sr01^xiii—Sr02—C1	65.3 (4)
Sr01^xi—Sr01—Sr01^xxii	38.57 (3)	Sr01^xiii—Sr02—C1^x	172.3 (9)
Sr01^xi—Sr01—Sr02ⁱ	113.68 (7)	Sr01^xiii—Sr02—C1^xiii	68.9 (3)
Sr01^xi—Sr01—Sr02^xxiii	94.60 (10)	Sr01^xiii—Sr02—C1^xxxi	105.4 (2)
Sr01^xi—Sr01—Sr02	75.06 (6)	Sr01^xiv—Sr02—Sr01^xv	121.65 (4)
Sr01^xi—Sr01—Sr02ⁱⁱⁱ	25.54 (5)	Sr01^xiv—Sr02—Sr01^xxxi	137.05 (8)
Sr01^xi—Sr01—Sr02^vi	143.99 (5)	Sr01^xiv—Sr02—Sr01^xvii	70.92 (5)
Sr01^xi—Sr01—Sr02^xxiv	117.82 (9)	Sr01^xiv—Sr02—Sr01^xviii	70.92 (5)
Sr01^xi—Sr01—Sr02^ix	29.61 (2)	Sr01^xiv—Sr02—Sr01^xx	88.54 (6)
Sr01^xi—Sr01—Sr02^x	101.74 (13)	Sr01^xiv—Sr02—Sr01^xxi	88.54 (6)
Sr01^xi—Sr01—Sr02^xii	75.82 (5)	Sr01^xiv—Sr02—Sr02ⁱ	76.73 (6)
Sr01^xi—Sr01—Sr02^xiii	90.09 (4)	Sr01^xiv—Sr02—Sr02ⁱⁱ	90.00 (3)
Sr01^xi—Sr01—Sr02^xv	57.00 (9)	Sr01^xiv—Sr02—Sr02ⁱⁱⁱ	90.00 (3)
Sr01^xi—Sr01—Sr02^xvi	147.14 (5)	Sr01^xiv—Sr02—Sr02^iv	103.27 (6)
Sr01^xi—Sr01—Sr02^xxv	48.00 (7)	Sr01^xiv—Sr02—Sr02^xxx	151.019 (16)
Sr01^xi—Sr01—Sr02^xxvi	32.30 (3)	Sr01^xiv—Sr02—Sr02^xxiv	40.22 (5)
Sr01^xi—Sr01—Sr02^xvii	142.70 (6)	Sr01^xiv—Sr02—Sr02^ix	151.019 (16)
Sr01^xi—Sr01—Sr02^xviii	101.49 (8)	Sr01^xiv—Sr02—Sr02^x	40.22 (5)
Sr01^xi—Sr01—Sr02^xx	82.29 (10)	Sr01^xiv—Sr02—Sr02^xiii	109.31 (9)
Sr01^xi—Sr01—Sr02^xxi	55.97 (6)	Sr01^xiv—Sr02—Sr02^xv	109.31 (9)
Sr01^xi—Sr01—O003^x	126.6 (5)	Sr01^xiv—Sr02—Sr02^xxxi	120.00 (6)
Sr01^xi—Sr01—O003^xii	77.0 (4)	Sr01^xiv—Sr02—Sr02^xxvi	120.00 (6)
Sr01^xi—Sr01—O003^xviii	142.6 (5)	Sr01^xiv—Sr02—Sr02^xxxii	59.73 (3)
Sr01^xi—Sr01—O004	26.35 (18)	Sr01^xiv—Sr02—Sr02^xvii	38.85 (6)
Sr01^xi—Sr01—O004^x	115.3 (4)	Sr01^xiv—Sr02—Sr02^xviii	59.73 (3)
Sr01^xi—Sr01—O004^xii	83.1 (2)	Sr01^xiv—Sr02—Sr02^xxxiii	74.36 (5)
Sr01^xi—Sr01—O004^xviii	139.2 (3)	Sr01^xiv—Sr02—Sr02^xx	65.39 (10)
Sr01^xi—Sr01—O1^xii	52.82 (19)	Sr01^xiv—Sr02—Sr02^xxi	74.36 (5)
Sr01^xi—Sr01—O1^xiii	93.9 (3)	Sr01^xiv—Sr02—O003ⁱⁱ	126.27 (17)
Sr01^xi—Sr01—O1^xviii	172.09 (18)	Sr01^xiv—Sr02—O003	126.27 (17)
Sr01^xi—Sr01—O1^xxvii	66.4 (4)	Sr01^xiv—Sr02—O003^x	6.0 (6)
Sr01^xi—Sr01—O1^xxviii	136.94 (12)	Sr01^xiv—Sr02—O003^xxxi	102.9 (3)
Sr01^xi—Sr01—O1^xxix	81.7 (3)	Sr01^xiv—Sr02—O004ⁱⁱ	95.8 (3)
Sr01^xi—Sr01—C1	26.85 (19)	Sr01^xiv—Sr02—O004	95.8 (3)
Sr01^xi—Sr01—C1^x	108.4 (6)	Sr01^xiv—Sr02—O004^xiii	110.6 (4)
Sr01^xi—Sr01—C1^xii	66.8 (4)	Sr01^xiv—Sr02—O1ⁱⁱ	148.1 (2)
Sr01^xi—Sr01—C1^xiii	97.9 (3)	Sr01^xiv—Sr02—O1^x	47.2 (3)
Sr01^xi—Sr01—C1^xv	65.1 (5)	Sr01^xiv—Sr02—O1^xiii	67.95 (19)
Sr01^xi—Sr01—C1^xviii	154.86 (4)	Sr01^xiv—Sr02—O1^xxxiv	67.95 (19)
Sr01^xii—Sr01—Sr01^xiii	150.57 (8)	Sr01^xiv—Sr02—O1^xxxv	148.1 (2)
Sr01^xii—Sr01—Sr01^xiv	74.24 (5)	Sr01^xiv—Sr02—O1^xxix	47.2 (3)
Sr01^xii—Sr01—Sr01^xv	121.79 (4)	Sr01^xiv—Sr02—C1ⁱⁱ	124.2 (2)
Sr01^xii—Sr01—Sr01^xvi	36.49 (8)	Sr01^xiv—Sr02—C1	124.2 (2)
Sr01^xii—Sr01—Sr01^xvii	141.43 (4)	Sr01^xiv—Sr02—C1^x	23.4 (8)
Sr01^xii—Sr01—Sr01^xviii	138.61 (6)	Sr01^xiv—Sr02—C1^xiii	80.0 (3)
Sr01^xii—Sr01—Sr01^xix	95.29 (6)	Sr01^xiv—Sr02—C1^xxxi	105.7 (2)
Sr01^xii—Sr01—Sr01^xx	102.30 (10)	Sr01^xv—Sr02—Sr01^xxxi	80.30 (6)
Sr01^xii—Sr01—Sr01^xxi	76.92 (10)	Sr01^xv—Sr02—Sr01^xvii	108.32 (9)
Sr01^xii—Sr01—Sr01^xxii	61.53 (5)	Sr01^xv—Sr02—Sr01^xviii	61.43 (4)
Sr01^xii—Sr01—Sr02ⁱ	146.73 (6)	Sr01^xv—Sr02—Sr01^xx	142.53 (9)
Sr01^xii—Sr01—Sr02^xxiii	120.98 (6)	Sr01^xv—Sr02—Sr01^xxi	71.52 (6)
Sr01^xii—Sr01—Sr02	127.85 (12)	Sr01^xv—Sr02—Sr02ⁱ	79.20 (5)
Sr01^xii—Sr01—Sr02ⁱⁱⁱ	88.22 (7)	Sr01^xv—Sr02—Sr02ⁱⁱ	142.21 (4)
Sr01^xii—Sr01—Sr02^vi	96.44 (10)	Sr01^xv—Sr02—Sr02ⁱⁱⁱ	37.79 (3)
Sr01^xii—Sr01—Sr02^xxiv	82.28 (5)	Sr01^xv—Sr02—Sr02^iv	100.80 (5)
Sr01^xii—Sr01—Sr02^ix	122.00 (9)	Sr01^xv—Sr02—Sr02^xxx	86.33 (3)
Sr01^xii—Sr01—Sr02^x	25.90 (3)	Sr01^xv—Sr02—Sr02^xxiv	156.61 (3)
Sr01^xii—Sr01—Sr02^xii	32.23 (2)	Sr01^xv—Sr02—Sr02^ix	34.21 (5)
Sr01^xii—Sr01—Sr02^xiii	149.86 (5)	Sr01^xv—Sr02—Sr02^x	98.91 (3)
Sr01^xii—Sr01—Sr02^xv	149.78 (5)	Sr01^xv—Sr02—Sr02^xiii	98.70 (6)
Sr01^xii—Sr01—Sr02^xvi	53.11 (8)	Sr01^xv—Sr02—Sr02^xv	23.70 (7)
Sr01^xii—Sr01—Sr02^xxv	101.19 (3)	Sr01^xv—Sr02—Sr02^xxxi	109.19 (5)
Sr01^xii—Sr01—Sr02^xxvi	88.71 (11)	Sr01^xv—Sr02—Sr02^xxvi	67.28 (8)
Sr01^xii—Sr01—Sr02^xvii	121.15 (7)	Sr01^xv—Sr02—Sr02^xxxii	137.60 (10)
Sr01^xii—Sr01—Sr02^xviii	85.46 (10)	Sr01^xv—Sr02—Sr02^xvii	102.13 (8)
Sr01^xii—Sr01—Sr02^xx	70.56 (8)	Sr01^xv—Sr02—Sr02^xviii	62.20 (3)
Sr01^xii—Sr01—Sr02^xxi	40.69 (4)	Sr01^xv—Sr02—Sr02^xxxiii	158.44 (8)
Sr01^xii—Sr01—O003^x	102.9 (4)	Sr01^xv—Sr02—Sr02^xx	120.41 (5)
Sr01^xii—Sr01—O003^xii	53.3 (5)	Sr01^xv—Sr02—Sr02^xxi	74.05 (4)
Sr01^xii—Sr01—O003^xviii	47.5 (6)	Sr01^xv—Sr02—O003ⁱⁱ	111.10 (15)
Sr01^xii—Sr01—O004	115.0 (6)	Sr01^xv—Sr02—O003	46.0 (4)
Sr01^xii—Sr01—O004^x	65.57 (18)	Sr01^xv—Sr02—O003^x	119.2 (3)
Sr01^xii—Sr01—O004^xii	16.08 (12)	Sr01^xv—Sr02—O003^xxxi	101.03 (17)
Sr01^xii—Sr01—O004^xviii	102.4 (3)	Sr01^xv—Sr02—O004ⁱⁱ	138.4 (3)
Sr01^xii—Sr01—O1^xii	43.2 (2)	Sr01^xv—Sr02—O004	34.7 (4)
Sr01^xii—Sr01—O1^xiii	169.7 (2)	Sr01^xv—Sr02—O004^xiii	61.25 (17)
Sr01^xii—Sr01—O1^xviii	83.6 (2)	Sr01^xv—Sr02—O1ⁱⁱ	84.88 (19)
Sr01^xii—Sr01—O1^xxvii	121.0 (2)	Sr01^xv—Sr02—O1^x	153.0 (2)
Sr01^xii—Sr01—O1^xxviii	68.2 (3)	Sr01^xv—Sr02—O1^xiii	65.06 (19)
Sr01^xii—Sr01—O1^xxix	74.4 (2)	Sr01^xv—Sr02—O1^xxxiv	107.9 (3)
Sr01^xii—Sr01—C1	116.4 (5)	Sr01^xv—Sr02—O1^xxxv	26.8 (3)
Sr01^xii—Sr01—C1^x	84.5 (4)	Sr01^xv—Sr02—O1^xxix	101.13 (17)
Sr01^xii—Sr01—C1^xii	36.2 (3)	Sr01^xv—Sr02—C1ⁱⁱ	112.9 (3)
Sr01^xii—Sr01—C1^xiii	162.80 (18)	Sr01^xv—Sr02—C1	25.5 (8)
Sr01^xii—Sr01—C1^xv	113.4 (3)	Sr01^xv—Sr02—C1^x	127.38 (9)
Sr01^xii—Sr01—C1^xviii	73.6 (6)	Sr01^xv—Sr02—C1^xiii	77.25 (18)
Sr01^xiii—Sr01—Sr01^xiv	116.78 (3)	Sr01^xv—Sr02—C1^xxxi	99.35 (14)
Sr01^xiii—Sr01—Sr01^xv	47.85 (2)	Sr01^xxxi—Sr02—Sr01^xvii	141.73 (6)
Sr01^xiii—Sr01—Sr01^xvi	163.63 (5)	Sr01^xxxi—Sr02—Sr01^xviii	141.73 (6)
Sr01^xiii—Sr01—Sr01^xvii	57.16 (3)	Sr01^xxxi—Sr02—Sr01^xx	62.24 (10)
Sr01^xiii—Sr01—Sr01^xviii	68.59 (6)	Sr01^xxxi—Sr02—Sr01^xxi	62.24 (10)
Sr01^xiii—Sr01—Sr01^xix	96.71 (4)	Sr01^xxxi—Sr02—Sr02ⁱ	146.22 (6)
Sr01^xiii—Sr01—Sr01^xx	60.43 (4)	Sr01^xxxi—Sr02—Sr02ⁱⁱ	90.00 (5)
Sr01^xiii—Sr01—Sr01^xxi	73.66 (6)	Sr01^xxxi—Sr02—Sr02ⁱⁱⁱ	90.00 (5)
Sr01^xiii—Sr01—Sr01^xxii	99.54 (4)	Sr01^xxxi—Sr02—Sr02^iv	33.78 (6)
Sr01^xiii—Sr01—Sr02ⁱ	62.55 (5)	Sr01^xxxi—Sr02—Sr02^xxx	47.98 (5)
Sr01^xiii—Sr01—Sr02^xxiii	81.16 (4)	Sr01^xxxi—Sr02—Sr02^xxiv	105.46 (10)
Sr01^xiii—Sr01—Sr02	33.57 (5)	Sr01^xxxi—Sr02—Sr02^ix	47.98 (5)
Sr01^xiii—Sr01—Sr02ⁱⁱⁱ	77.46 (4)	Sr01^xxxi—Sr02—Sr02^x	105.46 (10)
Sr01^xiii—Sr01—Sr02^vi	112.98 (8)	Sr01^xxxi—Sr02—Sr02^xiii	101.97 (10)
Sr01^xiii—Sr01—Sr02^xxiv	92.69 (3)	Sr01^xxxi—Sr02—Sr02^xv	101.97 (10)
Sr01^xiii—Sr01—Sr02^ix	31.92 (4)	Sr01^xxxi—Sr02—Sr02^xxxi	29.64 (5)
Sr01^xiii—Sr01—Sr02^x	135.27 (9)	Sr01^xxxi—Sr02—Sr02^xxvi	29.64 (5)
Sr01^xiii—Sr01—Sr02^xii	136.64 (4)	Sr01^xxxi—Sr02—Sr02^xxxii	130.21 (5)
Sr01^xiii—Sr01—Sr02^xiii	30.521 (19)	Sr01^xxxi—Sr02—Sr02^xvii	175.90 (7)
Sr01^xiii—Sr01—Sr02^xv	28.01 (4)	Sr01^xxxi—Sr02—Sr02^xviii	130.21 (5)
Sr01^xiii—Sr01—Sr02^xvi	151.44 (5)	Sr01^xxxi—Sr02—Sr02^xxxiii	78.25 (9)
Sr01^xiii—Sr01—Sr02^xxv	77.26 (3)	Sr01^xxxi—Sr02—Sr02^xx	71.66 (12)
Sr01^xiii—Sr01—Sr02^xxvi	61.94 (7)	Sr01^xxxi—Sr02—Sr02^xxi	78.25 (9)
Sr01^xiii—Sr01—Sr02^xvii	81.72 (4)	Sr01^xxxi—Sr02—O003ⁱⁱ	42.1 (3)
Sr01^xiii—Sr01—Sr02^xviii	115.21 (7)	Sr01^xxxi—Sr02—O003	42.1 (3)
Sr01^xiii—Sr01—Sr02^xx	87.56 (4)	Sr01^xxxi—Sr02—O003^x	143.1 (6)
Sr01^xiii—Sr01—Sr02^xxi	111.35 (6)	Sr01^xxxi—Sr02—O003^xxxi	34.2 (3)
Sr01^xiii—Sr01—O003^x	80.7 (3)	Sr01^xxxi—Sr02—O004ⁱⁱ	83.7 (6)
Sr01^xiii—Sr01—O003^xii	128.5 (3)	Sr01^xxxi—Sr02—O004	83.7 (6)
Sr01^xiii—Sr01—O003^xviii	154.4 (3)	Sr01^xxxi—Sr02—O004^xiii	112.3 (4)
Sr01^xiii—Sr01—O004	37.5 (5)	Sr01^xxxi—Sr02—O1ⁱⁱ	58.4 (4)
Sr01^xiii—Sr01—O004^x	106.27 (14)	Sr01^xxxi—Sr02—O1^x	95.6 (4)
Sr01^xiii—Sr01—O004^xii	143.4 (3)	Sr01^xxxi—Sr02—O1^xiii	145.4 (2)
Sr01^xiii—Sr01—O004^xviii	107.0 (3)	Sr01^xxxi—Sr02—O1^xxxiv	145.4 (2)
Sr01^xiii—Sr01—O1^xii	109.5 (2)	Sr01^xxxi—Sr02—O1^xxxv	58.4 (4)
Sr01^xiii—Sr01—O1^xiii	35.5 (4)	Sr01^xxxi—Sr02—O1^xxix	95.6 (4)
Sr01^xiii—Sr01—O1^xviii	121.94 (17)	Sr01^xxxi—Sr02—C1ⁱⁱ	60.3 (7)
Sr01^xiii—Sr01—O1^xxvii	68.5 (2)	Sr01^xxxi—Sr02—C1	60.3 (7)
Sr01^xiii—Sr01—O1^xxviii	141.0 (3)	Sr01^xxxi—Sr02—C1^x	113.7 (9)
Sr01^xiii—Sr01—O1^xxix	83.9 (2)	Sr01^xxxi—Sr02—C1^xiii	142.9 (3)
Sr01^xiii—Sr01—C1	36.3 (4)	Sr01^xxxi—Sr02—C1^xxxi	31.3 (2)
Sr01^xiii—Sr01—C1^x	86.3 (3)	Sr01^xvii—Sr02—Sr01^xviii	60.18 (11)
Sr01^xiii—Sr01—C1^xii	128.0 (4)	Sr01^xvii—Sr02—Sr01^xx	102.06 (12)
Sr01^xiii—Sr01—C1^xiii	37.4 (4)	Sr01^xvii—Sr02—Sr01^xxi	156.01 (7)
Sr01^xiii—Sr01—C1^xv	74.87 (19)	Sr01^xvii—Sr02—Sr02ⁱ	31.27 (6)
Sr01^xiii—Sr01—C1^xviii	134.9 (6)	Sr01^xvii—Sr02—Sr02ⁱⁱ	59.91 (7)
Sr01^xiv—Sr01—Sr01^xv	163.63 (5)	Sr01^xvii—Sr02—Sr02ⁱⁱⁱ	120.09 (10)
Sr01^xiv—Sr01—Sr01^xvi	77.71 (4)	Sr01^xvii—Sr02—Sr02^iv	148.73 (6)
Sr01^xiv—Sr01—Sr01^xvii	67.19 (4)	Sr01^xvii—Sr02—Sr02^xxx	94.48 (6)
Sr01^xiv—Sr01—Sr01^xviii	102.12 (9)	Sr01^xvii—Sr02—Sr02^xxiv	81.50 (8)
Sr01^xiv—Sr01—Sr01^xix	129.21 (8)	Sr01^xvii—Sr02—Sr02^ix	124.20 (7)
Sr01^xiv—Sr01—Sr01^xx	71.81 (5)	Sr01^xvii—Sr02—Sr02^x	109.65 (6)
Sr01^xiv—Sr01—Sr01^xxi	109.84 (8)	Sr01^xvii—Sr02—Sr02^xiii	40.64 (6)
Sr01^xiv—Sr01—Sr01^xxii	135.04 (7)	Sr01^xvii—Sr02—Sr02^xv	85.31 (13)
Sr01^xiv—Sr01—Sr02ⁱ	85.95 (6)	Sr01^xvii—Sr02—Sr02^xxxi	121.89 (9)
Sr01^xiv—Sr01—Sr02^xxiii	113.87 (10)	Sr01^xvii—Sr02—Sr02^xxvi	169.07 (4)
Sr01^xiv—Sr01—Sr02	89.96 (4)	Sr01^xvii—Sr02—Sr02^xxxii	29.28 (4)
Sr01^xiv—Sr01—Sr02ⁱⁱⁱ	162.24 (10)	Sr01^xvii—Sr02—Sr02^xvii	40.79 (7)
Sr01^xiv—Sr01—Sr02^vi	64.77 (7)	Sr01^xvii—Sr02—Sr02^xviii	83.81 (10)
Sr01^xiv—Sr01—Sr02^xxiv	35.32 (6)	Sr01^xvii—Sr02—Sr02^xxxiii	90.07 (10)
Sr01^xiv—Sr01—Sr02^ix	139.11 (4)	Sr01^xvii—Sr02—Sr02^xx	126.32 (9)
Sr01^xiv—Sr01—Sr02^x	57.86 (7)	Sr01^xvii—Sr02—Sr02^xxi	139.96 (6)
Sr01^xiv—Sr01—Sr02^xii	103.66 (5)	Sr01^xvii—Sr02—O003ⁱⁱ	102.8 (4)
Sr01^xiv—Sr01—Sr02^xiii	86.77 (3)	Sr01^xvii—Sr02—O003	153.0 (4)
Sr01^xiv—Sr01—Sr02^xv	135.83 (6)	Sr01^xvii—Sr02—O003^x	65.8 (5)
Sr01^xiv—Sr01—Sr02^xvi	39.57 (3)	Sr01^xvii—Sr02—O003^xxxi	148.63 (10)
Sr01^xiv—Sr01—Sr02^xxv	159.28 (8)	Sr01^xvii—Sr02—O004ⁱⁱ	65.0 (6)
Sr01^xiv—Sr01—Sr02^xxvi	119.26 (8)	Sr01^xvii—Sr02—O004	125.0 (7)
Sr01^xiv—Sr01—Sr02^xvii	50.64 (7)	Sr01^xvii—Sr02—O004^xiii	50.6 (3)
Sr01^xiv—Sr01—Sr02^xviii	104.33 (8)	Sr01^xvii—Sr02—O1ⁱⁱ	84.7 (4)
Sr01^xiv—Sr01—Sr02^xx	68.93 (8)	Sr01^xvii—Sr02—O1^x	91.5 (4)
Sr01^xiv—Sr01—Sr02^xxi	105.64 (7)	Sr01^xvii—Sr02—O1^xiii	57.6 (3)
Sr01^xiv—Sr01—O003^x	36.6 (3)	Sr01^xvii—Sr02—O1^xxxiv	3.62 (19)
Sr01^xiv—Sr01—O003^xii	114.3 (3)	Sr01^xvii—Sr02—O1^xxxv	114.6 (4)
Sr01^xiv—Sr01—O003^xviii	38.88 (3)	Sr01^xvii—Sr02—O1^xxix	117.9 (4)
Sr01^xiv—Sr01—O004	136.3 (3)	Sr01^xvii—Sr02—C1ⁱⁱ	82.7 (7)
Sr01^xiv—Sr01—O004^x	35.9 (4)	Sr01^xvii—Sr02—C1	133.8 (8)
Sr01^xiv—Sr01—O004^xii	89.95 (14)	Sr01^xvii—Sr02—C1^x	91.0 (7)
Sr01^xiv—Sr01—O004^xviii	69.6 (3)	Sr01^xvii—Sr02—C1^xiii	32.26 (12)
Sr01^xiv—Sr01—O1^xii	109.4 (2)	Sr01^xvii—Sr02—C1^xxxi	149.28 (7)
Sr01^xiv—Sr01—O1^xiii	95.5 (2)	Sr01^xviii—Sr02—Sr01^xx	156.01 (7)
Sr01^xiv—Sr01—O1^xviii	35.8 (2)	Sr01^xviii—Sr02—Sr01^xxi	102.06 (12)
Sr01^xiv—Sr01—O1^xxvii	142.0 (4)	Sr01^xviii—Sr02—Sr02ⁱ	31.27 (6)
Sr01^xiv—Sr01—O1^xxviii	64.76 (13)	Sr01^xviii—Sr02—Sr02ⁱⁱ	120.09 (10)
Sr01^xiv—Sr01—O1^xxix	69.7 (3)	Sr01^xviii—Sr02—Sr02ⁱⁱⁱ	59.91 (7)
Sr01^xiv—Sr01—C1	136.9 (2)	Sr01^xviii—Sr02—Sr02^iv	148.73 (6)
Sr01^xiv—Sr01—C1^x	44.8 (5)	Sr01^xviii—Sr02—Sr02^xxx	124.20 (7)
Sr01^xiv—Sr01—C1^xii	110.0 (3)	Sr01^xviii—Sr02—Sr02^xxiv	109.65 (6)
Sr01^xiv—Sr01—C1^xiii	88.90 (19)	Sr01^xviii—Sr02—Sr02^ix	94.48 (6)
Sr01^xiv—Sr01—C1^xv	143.7 (5)	Sr01^xviii—Sr02—Sr02^x	81.50 (8)
Sr01^xiv—Sr01—C1^xviii	48.4 (4)	Sr01^xviii—Sr02—Sr02^xiii	85.31 (13)
Sr01^xv—Sr01—Sr01^xvi	116.78 (3)	Sr01^xviii—Sr02—Sr02^xv	40.64 (6)
Sr01^xv—Sr01—Sr01^xvii	96.71 (4)	Sr01^xviii—Sr02—Sr02^xxxi	169.07 (4)
Sr01^xv—Sr01—Sr01^xviii	68.59 (6)	Sr01^xviii—Sr02—Sr02^xxvi	121.89 (9)
Sr01^xv—Sr01—Sr01^xix	57.16 (3)	Sr01^xviii—Sr02—Sr02^xxxii	83.81 (10)
Sr01^xv—Sr01—Sr01^xx	99.54 (4)	Sr01^xviii—Sr02—Sr02^xvii	40.79 (7)
Sr01^xv—Sr01—Sr01^xxi	73.66 (6)	Sr01^xviii—Sr02—Sr02^xviii	29.28 (4)
Sr01^xv—Sr01—Sr01^xxii	60.43 (4)	Sr01^xviii—Sr02—Sr02^xxxiii	139.96 (6)
Sr01^xv—Sr01—Sr02ⁱ	81.16 (4)	Sr01^xviii—Sr02—Sr02^xx	126.32 (9)
Sr01^xv—Sr01—Sr02^xxiii	62.55 (5)	Sr01^xviii—Sr02—Sr02^xxi	90.07 (10)
Sr01^xv—Sr01—Sr02	77.46 (4)	Sr01^xviii—Sr02—O003ⁱⁱ	153.0 (4)
Sr01^xv—Sr01—Sr02ⁱⁱⁱ	33.57 (5)	Sr01^xviii—Sr02—O003	102.8 (4)
Sr01^xv—Sr01—Sr02^vi	112.98 (8)	Sr01^xviii—Sr02—O003^x	65.8 (5)
Sr01^xv—Sr01—Sr02^xxiv	136.64 (4)	Sr01^xviii—Sr02—O003^xxxi	148.63 (10)
Sr01^xv—Sr01—Sr02^ix	31.92 (4)	Sr01^xviii—Sr02—O004ⁱⁱ	125.0 (7)
Sr01^xv—Sr01—Sr02^x	135.27 (9)	Sr01^xviii—Sr02—O004	65.0 (6)
Sr01^xv—Sr01—Sr02^xii	92.69 (3)	Sr01^xviii—Sr02—O004^xiii	50.6 (3)
Sr01^xv—Sr01—Sr02^xiii	77.26 (3)	Sr01^xviii—Sr02—O1ⁱⁱ	114.6 (4)
Sr01^xv—Sr01—Sr02^xv	28.01 (4)	Sr01^xviii—Sr02—O1^x	117.9 (4)
Sr01^xv—Sr01—Sr02^xvi	151.44 (5)	Sr01^xviii—Sr02—O1^xiii	3.62 (19)
Sr01^xv—Sr01—Sr02^xxv	30.521 (19)	Sr01^xviii—Sr02—O1^xxxiv	57.6 (3)
Sr01^xv—Sr01—Sr02^xxvi	61.94 (7)	Sr01^xviii—Sr02—O1^xxxv	84.7 (4)
Sr01^xv—Sr01—Sr02^xvii	115.21 (7)	Sr01^xviii—Sr02—O1^xxix	91.5 (4)
Sr01^xv—Sr01—Sr02^xviii	81.72 (4)	Sr01^xviii—Sr02—C1ⁱⁱ	133.8 (8)
Sr01^xv—Sr01—Sr02^xx	111.35 (6)	Sr01^xviii—Sr02—C1	82.7 (7)
Sr01^xv—Sr01—Sr02^xxi	87.56 (4)	Sr01^xviii—Sr02—C1^x	91.0 (7)
Sr01^xv—Sr01—O003^x	128.5 (3)	Sr01^xviii—Sr02—C1^xiii	32.26 (12)
Sr01^xv—Sr01—O003^xii	80.7 (3)	Sr01^xviii—Sr02—C1^xxxi	149.28 (7)
Sr01^xv—Sr01—O003^xviii	154.4 (3)	Sr01^xx—Sr02—Sr01^xxi	89.28 (14)
Sr01^xv—Sr01—O004	37.5 (5)	Sr01^xx—Sr02—Sr02ⁱ	133.33 (8)
Sr01^xv—Sr01—O004^x	143.4 (3)	Sr01^xx—Sr02—Sr02ⁱⁱ	45.36 (8)
Sr01^xv—Sr01—O004^xii	106.27 (14)	Sr01^xx—Sr02—Sr02ⁱⁱⁱ	134.64 (12)
Sr01^xv—Sr01—O004^xviii	107.0 (3)	Sr01^xx—Sr02—Sr02^iv	46.67 (8)
Sr01^xv—Sr01—O1^xii	83.9 (2)	Sr01^xx—Sr02—Sr02^xxx	69.69 (5)
Sr01^xv—Sr01—O1^xiii	68.5 (2)	Sr01^xx—Sr02—Sr02^xxiv	48.42 (5)
Sr01^xv—Sr01—O1^xviii	141.0 (3)	Sr01^xx—Sr02—Sr02^ix	109.34 (10)
Sr01^xv—Sr01—O1^xxvii	35.5 (4)	Sr01^xx—Sr02—Sr02^x	90.83 (8)
Sr01^xv—Sr01—O1^xxviii	121.94 (17)	Sr01^xx—Sr02—Sr02^xiii	90.18 (10)
Sr01^xv—Sr01—O1^xxix	109.5 (2)	Sr01^xx—Sr02—Sr02^xv	162.13 (8)
Sr01^xv—Sr01—C1	36.3 (4)	Sr01^xx—Sr02—Sr02^xxxi	33.88 (6)
Sr01^xv—Sr01—C1^x	128.0 (4)	Sr01^xx—Sr02—Sr02^xxvi	78.78 (13)
Sr01^xv—Sr01—C1^xii	86.3 (3)	Sr01^xx—Sr02—Sr02^xxxii	74.95 (12)
Sr01^xv—Sr01—C1^xiii	74.87 (19)	Sr01^xx—Sr02—Sr02^xvii	115.22 (9)
Sr01^xv—Sr01—C1^xv	37.4 (4)	Sr01^xx—Sr02—Sr02^xviii	144.24 (6)
Sr01^xv—Sr01—C1^xviii	134.9 (6)	Sr01^xx—Sr02—Sr02^xxxiii	16.06 (5)
Sr01^xvi—Sr01—Sr01^xvii	129.21 (8)	Sr01^xx—Sr02—Sr02^xx	48.92 (8)
Sr01^xvi—Sr01—Sr01^xviii	102.12 (9)	Sr01^xx—Sr02—Sr02^xxi	96.33 (12)
Sr01^xvi—Sr01—Sr01^xix	67.19 (4)	Sr01^xx—Sr02—O003ⁱⁱ	39.1 (2)
Sr01^xvi—Sr01—Sr01^xx	135.04 (7)	Sr01^xx—Sr02—O003	99.3 (4)
Sr01^xvi—Sr01—Sr01^xxi	109.84 (8)	Sr01^xx—Sr02—O003^x	92.8 (4)
Sr01^xvi—Sr01—Sr01^xxii	71.81 (5)	Sr01^xx—Sr02—O003^xxxi	46.57 (11)
Sr01^xvi—Sr01—Sr02ⁱ	113.87 (10)	Sr01^xx—Sr02—O004ⁱⁱ	42.9 (6)
Sr01^xvi—Sr01—Sr02^xxiii	85.95 (6)	Sr01^xx—Sr02—O004	131.6 (7)
Sr01^xvi—Sr01—Sr02	162.24 (10)	Sr01^xx—Sr02—O004^xiii	132.41 (14)
Sr01^xvi—Sr01—Sr02ⁱⁱⁱ	89.96 (4)	Sr01^xx—Sr02—O1ⁱⁱ	76.5 (3)
Sr01^xvi—Sr01—Sr02^vi	64.77 (7)	Sr01^xx—Sr02—O1^x	41.9 (3)
Sr01^xvi—Sr01—Sr02^xxiv	103.66 (5)	Sr01^xx—Sr02—O1^xiii	152.4 (2)
Sr01^xvi—Sr01—Sr02^ix	139.11 (4)	Sr01^xx—Sr02—O1^xxxiv	103.8 (3)
Sr01^xvi—Sr01—Sr02^x	57.86 (7)	Sr01^xx—Sr02—O1^xxxv	118.8 (4)
Sr01^xvi—Sr01—Sr02^xii	35.32 (6)	Sr01^xx—Sr02—O1^xxix	82.9 (3)
Sr01^xvi—Sr01—Sr02^xiii	159.28 (8)	Sr01^xx—Sr02—C1ⁱⁱ	49.6 (6)
Sr01^xvi—Sr01—Sr02^xv	135.83 (6)	Sr01^xx—Sr02—C1	120.1 (8)
Sr01^xvi—Sr01—Sr02^xvi	39.57 (3)	Sr01^xx—Sr02—C1^x	72.2 (6)
Sr01^xvi—Sr01—Sr02^xxv	86.77 (3)	Sr01^xx—Sr02—C1^xiii	134.10 (10)
Sr01^xvi—Sr01—Sr02^xxvi	119.26 (8)	Sr01^xx—Sr02—C1^xxxi	47.35 (11)
Sr01^xvi—Sr01—Sr02^xvii	104.33 (8)	Sr01^xxi—Sr02—Sr02ⁱ	133.33 (8)
Sr01^xvi—Sr01—Sr02^xviii	50.64 (7)	Sr01^xxi—Sr02—Sr02ⁱⁱ	134.64 (12)
Sr01^xvi—Sr01—Sr02^xx	105.64 (7)	Sr01^xxi—Sr02—Sr02ⁱⁱⁱ	45.36 (8)
Sr01^xvi—Sr01—Sr02^xxi	68.93 (8)	Sr01^xxi—Sr02—Sr02^iv	46.67 (8)
Sr01^xvi—Sr01—O003^x	114.3 (3)	Sr01^xxi—Sr02—Sr02^xxx	109.34 (10)
Sr01^xvi—Sr01—O003^xii	36.6 (3)	Sr01^xxi—Sr02—Sr02^xxiv	90.83 (8)
Sr01^xvi—Sr01—O003^xviii	38.88 (3)	Sr01^xxi—Sr02—Sr02^ix	69.69 (5)
Sr01^xvi—Sr01—O004	136.3 (3)	Sr01^xxi—Sr02—Sr02^x	48.42 (5)
Sr01^xvi—Sr01—O004^x	89.95 (14)	Sr01^xxi—Sr02—Sr02^xiii	162.13 (8)
Sr01^xvi—Sr01—O004^xii	35.9 (4)	Sr01^xxi—Sr02—Sr02^xv	90.18 (10)
Sr01^xvi—Sr01—O004^xviii	69.6 (3)	Sr01^xxi—Sr02—Sr02^xxxi	78.78 (13)
Sr01^xvi—Sr01—O1^xii	69.7 (3)	Sr01^xxi—Sr02—Sr02^xxvi	33.88 (6)
Sr01^xvi—Sr01—O1^xiii	142.0 (4)	Sr01^xxi—Sr02—Sr02^xxxii	144.24 (6)
Sr01^xvi—Sr01—O1^xviii	64.76 (13)	Sr01^xxi—Sr02—Sr02^xvii	115.22 (9)
Sr01^xvi—Sr01—O1^xxvii	95.5 (2)	Sr01^xxi—Sr02—Sr02^xviii	74.95 (12)
Sr01^xvi—Sr01—O1^xxviii	35.8 (2)	Sr01^xxi—Sr02—Sr02^xxxiii	96.33 (12)
Sr01^xvi—Sr01—O1^xxix	109.4 (2)	Sr01^xxi—Sr02—Sr02^xx	48.92 (8)
Sr01^xvi—Sr01—C1	136.9 (2)	Sr01^xxi—Sr02—Sr02^xxi	16.06 (5)
Sr01^xvi—Sr01—C1^x	110.0 (3)	Sr01^xxi—Sr02—O003ⁱⁱ	99.3 (4)
Sr01^xvi—Sr01—C1^xii	44.8 (5)	Sr01^xxi—Sr02—O003	39.1 (2)
Sr01^xvi—Sr01—C1^xiii	143.7 (5)	Sr01^xxi—Sr02—O003^x	92.8 (4)
Sr01^xvi—Sr01—C1^xv	88.90 (19)	Sr01^xxi—Sr02—O003^xxxi	46.57 (11)
Sr01^xvi—Sr01—C1^xviii	48.4 (4)	Sr01^xxi—Sr02—O004ⁱⁱ	131.6 (7)
Sr01^xvii—Sr01—Sr01^xviii	54.37 (6)	Sr01^xxi—Sr02—O004	42.9 (6)
Sr01^xvii—Sr01—Sr01^xix	108.74 (11)	Sr01^xxi—Sr02—O004^xiii	132.41 (14)
Sr01^xvii—Sr01—Sr01^xx	66.03 (11)	Sr01^xxi—Sr02—O1ⁱⁱ	118.8 (4)
Sr01^xvii—Sr01—Sr01^xxi	115.88 (7)	Sr01^xxi—Sr02—O1^x	82.9 (3)
Sr01^xvii—Sr01—Sr01^xxii	156.19 (4)	Sr01^xxi—Sr02—O1^xiii	103.8 (3)
Sr01^xvii—Sr01—Sr02ⁱ	32.16 (3)	Sr01^xxi—Sr02—O1^xxxiv	152.4 (2)
Sr01^xvii—Sr01—Sr02^xxiii	76.65 (9)	Sr01^xxi—Sr02—O1^xxxv	76.5 (3)
Sr01^xvii—Sr01—Sr02	53.98 (10)	Sr01^xxi—Sr02—O1^xxix	41.9 (3)
Sr01^xvii—Sr01—Sr02ⁱⁱⁱ	130.28 (7)	Sr01^xxi—Sr02—C1ⁱⁱ	120.1 (8)
Sr01^xvii—Sr01—Sr02^vi	67.45 (8)	Sr01^xxi—Sr02—C1	49.6 (6)
Sr01^xvii—Sr01—Sr02^xxiv	66.43 (8)	Sr01^xxi—Sr02—C1^x	72.2 (6)
Sr01^xvii—Sr01—Sr02^ix	88.98 (5)	Sr01^xxi—Sr02—C1^xiii	134.10 (10)
Sr01^xvii—Sr01—Sr02^x	121.13 (5)	Sr01^xxi—Sr02—C1^xxxi	47.35 (11)
Sr01^xvii—Sr01—Sr02^xii	164.41 (6)	Sr02ⁱ—Sr02—Sr02ⁱⁱ	90.00 (6)
Sr01^xvii—Sr01—Sr02^xiii	30.14 (4)	Sr02ⁱ—Sr02—Sr02ⁱⁱⁱ	90.00 (6)
Sr01^xvii—Sr01—Sr02^xv	68.71 (5)	Sr02ⁱ—Sr02—Sr02^iv	180
Sr01^xvii—Sr01—Sr02^xvi	94.34 (5)	Sr02ⁱ—Sr02—Sr02^xxx	104.03 (7)
Sr01^xvii—Sr01—Sr02^xxv	114.83 (7)	Sr02ⁱ—Sr02—Sr02^xxiv	104.03 (7)
Sr01^xvii—Sr01—Sr02^xxvi	109.77 (8)	Sr02ⁱ—Sr02—Sr02^ix	104.03 (7)
Sr01^xvii—Sr01—Sr02^xvii	25.01 (4)	Sr02ⁱ—Sr02—Sr02^x	104.03 (7)
Sr01^xvii—Sr01—Sr02^xviii	103.65 (14)	Sr02ⁱ—Sr02—Sr02^xiii	55.53 (9)
Sr01^xvii—Sr01—Sr02^xx	94.92 (10)	Sr02ⁱ—Sr02—Sr02^xv	55.53 (9)
Sr01^xvii—Sr01—Sr02^xxi	154.28 (6)	Sr02ⁱ—Sr02—Sr02^xxxi	146.47 (6)
Sr01^xvii—Sr01—O003^x	42.8 (6)	Sr02ⁱ—Sr02—Sr02^xxvi	146.47 (6)
Sr01^xvii—Sr01—O003^xii	147.0 (7)	Sr02ⁱ—Sr02—Sr02^xxxii	59.27 (6)
Sr01^xvii—Sr01—O003^xviii	98.2 (4)	Sr02ⁱ—Sr02—Sr02^xvii	37.88 (7)
Sr01^xvii—Sr01—O004	93.6 (4)	Sr02ⁱ—Sr02—Sr02^xviii	59.27 (6)
Sr01^xvii—Sr01—O004^x	82.6 (3)	Sr02ⁱ—Sr02—Sr02^xxxiii	120.73 (7)
Sr01^xvii—Sr01—O004^xii	156.89 (16)	Sr02ⁱ—Sr02—Sr02^xx	142.12 (8)
Sr01^xvii—Sr01—O004^xviii	64.44 (17)	Sr02ⁱ—Sr02—Sr02^xxi	120.73 (7)
Sr01^xvii—Sr01—O1^xii	156.0 (3)	Sr02ⁱ—Sr02—O003ⁱⁱ	125.2 (4)
Sr01^xvii—Sr01—O1^xiii	28.28 (19)	Sr02ⁱ—Sr02—O003	125.2 (4)
Sr01^xvii—Sr01—O1^xviii	65.26 (16)	Sr02ⁱ—Sr02—O003^x	70.7 (6)
Sr01^xvii—Sr01—O1^xxvii	91.0 (3)	Sr02ⁱ—Sr02—O003^xxxi	179.6 (3)
Sr01^xvii—Sr01—O1^xxviii	94.5 (2)	Sr02ⁱ—Sr02—O004ⁱⁱ	94.2 (7)
Sr01^xvii—Sr01—O1^xxix	91.9 (3)	Sr02ⁱ—Sr02—O004	94.2 (7)
Sr01^xvii—Sr01—C1	92.7 (3)	Sr02ⁱ—Sr02—O004^xiii	33.9 (4)
Sr01^xvii—Sr01—C1^x	68.5 (6)	Sr02ⁱ—Sr02—O1ⁱⁱ	93.1 (5)
Sr01^xvii—Sr01—C1^xii	173.9 (6)	Sr02ⁱ—Sr02—O1^x	114.5 (4)
Sr01^xvii—Sr01—C1^xiii	22.0 (2)	Sr02ⁱ—Sr02—O1^xiii	29.7 (3)
Sr01^xvii—Sr01—C1^xv	98.1 (4)	Sr02ⁱ—Sr02—O1^xxxiv	29.7 (3)
Sr01^xvii—Sr01—C1^xviii	80.8 (4)	Sr02ⁱ—Sr02—O1^xxxv	93.1 (5)
Sr01^xviii—Sr01—Sr01^xix	54.37 (6)	Sr02ⁱ—Sr02—O1^xxix	114.5 (4)
Sr01^xviii—Sr01—Sr01^xx	115.88 (7)	Sr02ⁱ—Sr02—C1ⁱⁱ	104.4 (8)
Sr01^xviii—Sr01—Sr01^xxi	138.53 (10)	Sr02ⁱ—Sr02—C1	104.4 (8)
Sr01^xviii—Sr01—Sr01^xxii	115.88 (7)	Sr02ⁱ—Sr02—C1^x	100.1 (8)
Sr01^xviii—Sr01—Sr02ⁱ	22.36 (4)	Sr02ⁱ—Sr02—C1^xiii	3.3 (3)
Sr01^xviii—Sr01—Sr02^xxiii	22.36 (4)	Sr02ⁱ—Sr02—C1^xxxi	177.6 (2)
Sr01^xviii—Sr01—Sr02	92.88 (10)	Sr02ⁱⁱ—Sr02—Sr02ⁱⁱⁱ	180
Sr01^xviii—Sr01—Sr02ⁱⁱⁱ	92.88 (10)	Sr02ⁱⁱ—Sr02—Sr02^iv	90.00 (6)
Sr01^xviii—Sr01—Sr02^vi	48.82 (10)	Sr02ⁱⁱ—Sr02—Sr02^xxx	61.14 (3)
Sr01^xviii—Sr01—Sr02^xxiv	118.91 (5)	Sr02ⁱⁱ—Sr02—Sr02^xxiv	61.14 (3)
Sr01^xviii—Sr01—Sr02^ix	88.24 (9)	Sr02ⁱⁱ—Sr02—Sr02^ix	118.86 (4)
Sr01^xviii—Sr01—Sr02^x	152.54 (10)	Sr02ⁱⁱ—Sr02—Sr02^x	118.86 (4)
Sr01^xviii—Sr01—Sr02^xii	118.91 (5)	Sr02ⁱⁱ—Sr02—Sr02^xiii	47.54 (6)
Sr01^xviii—Sr01—Sr02^xiii	67.55 (4)	Sr02ⁱⁱ—Sr02—Sr02^xv	132.46 (9)
Sr01^xviii—Sr01—Sr02^xv	51.45 (7)	Sr02ⁱⁱ—Sr02—Sr02^xxxi	63.11 (7)
Sr01^xviii—Sr01—Sr02^xvi	97.46 (10)	Sr02ⁱⁱ—Sr02—Sr02^xxvi	116.89 (9)
Sr01^xviii—Sr01—Sr02^xxv	67.55 (4)	Sr02ⁱⁱ—Sr02—Sr02^xxxii	40.34 (6)
Sr01^xviii—Sr01—Sr02^xxvi	125.49 (10)	Sr02ⁱⁱ—Sr02—Sr02^xvii	90.00 (5)
Sr01^xviii—Sr01—Sr02^xvii	54.89 (9)	Sr02ⁱⁱ—Sr02—Sr02^xviii	139.66 (8)
Sr01^xviii—Sr01—Sr02^xviii	54.89 (9)	Sr02ⁱⁱ—Sr02—Sr02^xxxiii	40.34 (6)
Sr01^xviii—Sr01—Sr02^xx	147.88 (6)	Sr02ⁱⁱ—Sr02—Sr02^xx	90.00 (5)
Sr01^xviii—Sr01—Sr02^xxi	147.88 (6)	Sr02ⁱⁱ—Sr02—Sr02^xxi	139.66 (8)
Sr01^xviii—Sr01—O003^x	95.2 (7)	Sr02ⁱⁱ—Sr02—O003ⁱⁱ	48.2 (3)
Sr01^xviii—Sr01—O003^xii	95.2 (7)	Sr02ⁱⁱ—Sr02—O003	131.8 (3)
Sr01^xviii—Sr01—O003^xviii	104.2 (7)	Sr02ⁱⁱ—Sr02—O003^x	90.00 (3)
Sr01^xviii—Sr01—O004	96.2 (6)	Sr02ⁱⁱ—Sr02—O003^xxxi	90.00 (6)
Sr01^xviii—Sr01—O004^x	132.8 (3)	Sr02ⁱⁱ—Sr02—O004ⁱⁱ	6.5 (5)
Sr01^xviii—Sr01—O004^xii	132.8 (3)	Sr02ⁱⁱ—Sr02—O004	173.5 (5)
Sr01^xviii—Sr01—O004^xviii	42.2 (4)	Sr02ⁱⁱ—Sr02—O004^xiii	90.00 (5)
Sr01^xviii—Sr01—O1^xii	144.3 (3)	Sr02ⁱⁱ—Sr02—O1ⁱⁱ	59.44 (17)
Sr01^xviii—Sr01—O1^xiii	42.1 (4)	Sr02ⁱⁱ—Sr02—O1^x	63.80 (18)
Sr01^xviii—Sr01—O1^xviii	73.1 (3)	Sr02ⁱⁱ—Sr02—O1^xiii	117.5 (3)
Sr01^xviii—Sr01—O1^xxvii	42.1 (4)	Sr02ⁱⁱ—Sr02—O1^xxxiv	62.5 (3)
Sr01^xviii—Sr01—O1^xxviii	73.1 (3)	Sr02ⁱⁱ—Sr02—O1^xxxv	120.56 (17)
Sr01^xviii—Sr01—O1^xxix	144.3 (3)	Sr02ⁱⁱ—Sr02—O1^xxix	116.20 (19)
Sr01^xviii—Sr01—C1	94.6 (6)	Sr02ⁱⁱ—Sr02—C1ⁱⁱ	35.2 (3)
Sr01^xviii—Sr01—C1^x	122.6 (7)	Sr02ⁱⁱ—Sr02—C1	144.8 (4)
Sr01^xviii—Sr01—C1^xii	122.6 (7)	Sr02ⁱⁱ—Sr02—C1^x	90.00 (3)
Sr01^xviii—Sr01—C1^xiii	47.6 (5)	Sr02ⁱⁱ—Sr02—C1^xiii	90.00 (6)
Sr01^xviii—Sr01—C1^xv	47.6 (5)	Sr02ⁱⁱ—Sr02—C1^xxxi	90.00 (6)
Sr01^xviii—Sr01—C1^xviii	74.1 (7)	Sr02ⁱⁱⁱ—Sr02—Sr02^iv	90.00 (6)
Sr01^xix—Sr01—Sr01^xx	156.19 (4)	Sr02ⁱⁱⁱ—Sr02—Sr02^xxx	118.86 (4)
Sr01^xix—Sr01—Sr01^xxi	115.88 (7)	Sr02ⁱⁱⁱ—Sr02—Sr02^xxiv	118.86 (4)
Sr01^xix—Sr01—Sr01^xxii	66.03 (11)	Sr02ⁱⁱⁱ—Sr02—Sr02^ix	61.14 (3)
Sr01^xix—Sr01—Sr02ⁱ	76.65 (9)	Sr02ⁱⁱⁱ—Sr02—Sr02^x	61.14 (3)
Sr01^xix—Sr01—Sr02^xxiii	32.16 (3)	Sr02ⁱⁱⁱ—Sr02—Sr02^xiii	132.46 (9)
Sr01^xix—Sr01—Sr02	130.28 (7)	Sr02ⁱⁱⁱ—Sr02—Sr02^xv	47.54 (6)
Sr01^xix—Sr01—Sr02ⁱⁱⁱ	53.98 (10)	Sr02ⁱⁱⁱ—Sr02—Sr02^xxxi	116.89 (9)
Sr01^xix—Sr01—Sr02^vi	67.45 (8)	Sr02ⁱⁱⁱ—Sr02—Sr02^xxvi	63.11 (7)
Sr01^xix—Sr01—Sr02^xxiv	164.41 (6)	Sr02ⁱⁱⁱ—Sr02—Sr02^xxxii	139.66 (8)
Sr01^xix—Sr01—Sr02^ix	88.98 (5)	Sr02ⁱⁱⁱ—Sr02—Sr02^xvii	90.00 (5)
Sr01^xix—Sr01—Sr02^x	121.13 (5)	Sr02ⁱⁱⁱ—Sr02—Sr02^xviii	40.34 (6)
Sr01^xix—Sr01—Sr02^xii	66.43 (8)	Sr02ⁱⁱⁱ—Sr02—Sr02^xxxiii	139.66 (8)
Sr01^xix—Sr01—Sr02^xiii	114.83 (7)	Sr02ⁱⁱⁱ—Sr02—Sr02^xx	90.00 (5)
Sr01^xix—Sr01—Sr02^xv	68.71 (5)	Sr02ⁱⁱⁱ—Sr02—Sr02^xxi	40.34 (6)
Sr01^xix—Sr01—Sr02^xvi	94.34 (5)	Sr02ⁱⁱⁱ—Sr02—O003ⁱⁱ	131.8 (3)
Sr01^xix—Sr01—Sr02^xxv	30.14 (4)	Sr02ⁱⁱⁱ—Sr02—O003	48.2 (3)
Sr01^xix—Sr01—Sr02^xxvi	109.77 (8)	Sr02ⁱⁱⁱ—Sr02—O003^x	90.00 (3)
Sr01^xix—Sr01—Sr02^xvii	103.65 (14)	Sr02ⁱⁱⁱ—Sr02—O003^xxxi	90.00 (6)
Sr01^xix—Sr01—Sr02^xviii	25.01 (4)	Sr02ⁱⁱⁱ—Sr02—O004ⁱⁱ	173.5 (5)
Sr01^xix—Sr01—Sr02^xx	154.28 (6)	Sr02ⁱⁱⁱ—Sr02—O004	6.5 (5)
Sr01^xix—Sr01—Sr02^xxi	94.92 (10)	Sr02ⁱⁱⁱ—Sr02—O004^xiii	90.00 (5)
Sr01^xix—Sr01—O003^x	147.0 (7)	Sr02ⁱⁱⁱ—Sr02—O1ⁱⁱ	120.56 (17)
Sr01^xix—Sr01—O003^xii	42.8 (6)	Sr02ⁱⁱⁱ—Sr02—O1^x	116.20 (19)
Sr01^xix—Sr01—O003^xviii	98.2 (4)	Sr02ⁱⁱⁱ—Sr02—O1^xiii	62.5 (3)
Sr01^xix—Sr01—O004	93.6 (4)	Sr02ⁱⁱⁱ—Sr02—O1^xxxiv	117.5 (3)
Sr01^xix—Sr01—O004^x	156.89 (16)	Sr02ⁱⁱⁱ—Sr02—O1^xxxv	59.44 (17)
Sr01^xix—Sr01—O004^xii	82.6 (3)	Sr02ⁱⁱⁱ—Sr02—O1^xxix	63.80 (18)
Sr01^xix—Sr01—O004^xviii	64.44 (17)	Sr02ⁱⁱⁱ—Sr02—C1ⁱⁱ	144.8 (4)
Sr01^xix—Sr01—O1^xii	91.9 (3)	Sr02ⁱⁱⁱ—Sr02—C1	35.2 (3)
Sr01^xix—Sr01—O1^xiii	91.0 (3)	Sr02ⁱⁱⁱ—Sr02—C1^x	90.00 (3)
Sr01^xix—Sr01—O1^xviii	94.5 (2)	Sr02ⁱⁱⁱ—Sr02—C1^xiii	90.00 (6)
Sr01^xix—Sr01—O1^xxvii	28.28 (19)	Sr02ⁱⁱⁱ—Sr02—C1^xxxi	90.00 (6)
Sr01^xix—Sr01—O1^xxviii	65.26 (16)	Sr02^iv—Sr02—Sr02^xxx	75.97 (7)
Sr01^xix—Sr01—O1^xxix	156.0 (3)	Sr02^iv—Sr02—Sr02^xxiv	75.97 (7)
Sr01^xix—Sr01—C1	92.7 (3)	Sr02^iv—Sr02—Sr02^ix	75.97 (7)
Sr01^xix—Sr01—C1^x	173.9 (6)	Sr02^iv—Sr02—Sr02^x	75.97 (7)
Sr01^xix—Sr01—C1^xii	68.5 (6)	Sr02^iv—Sr02—Sr02^xiii	124.47 (9)
Sr01^xix—Sr01—C1^xiii	98.1 (4)	Sr02^iv—Sr02—Sr02^xv	124.47 (9)
Sr01^xix—Sr01—C1^xv	22.0 (2)	Sr02^iv—Sr02—Sr02^xxxi	33.53 (6)
Sr01^xix—Sr01—C1^xviii	80.8 (4)	Sr02^iv—Sr02—Sr02^xxvi	33.53 (6)
Sr01^xx—Sr01—Sr01^xxi	54.37 (6)	Sr02^iv—Sr02—Sr02^xxxii	120.73 (7)
Sr01^xx—Sr01—Sr01^xxii	108.74 (11)	Sr02^iv—Sr02—Sr02^xvii	142.12 (8)
Sr01^xx—Sr01—Sr02ⁱ	96.30 (10)	Sr02^iv—Sr02—Sr02^xviii	120.73 (7)
Sr01^xx—Sr01—Sr02^xxiii	136.51 (5)	Sr02^iv—Sr02—Sr02^xxxiii	59.27 (6)
Sr01^xx—Sr01—Sr02	27.20 (6)	Sr02^iv—Sr02—Sr02^xx	37.88 (7)
Sr01^xx—Sr01—Sr02ⁱⁱⁱ	110.20 (9)	Sr02^iv—Sr02—Sr02^xxi	59.27 (6)
Sr01^xx—Sr01—Sr02^vi	125.29 (6)	Sr02^iv—Sr02—O003ⁱⁱ	54.8 (4)
Sr01^xx—Sr01—Sr02^xxiv	37.28 (3)	Sr02^iv—Sr02—O003	54.8 (4)
Sr01^xx—Sr01—Sr02^ix	68.15 (4)	Sr02^iv—Sr02—O003^x	109.3 (6)
Sr01^xx—Sr01—Sr02^x	77.91 (9)	Sr02^iv—Sr02—O003^xxxi	0.4 (3)
Sr01^xx—Sr01—Sr02^xii	124.57 (11)	Sr02^iv—Sr02—O004ⁱⁱ	85.8 (7)
Sr01^xx—Sr01—Sr02^xiii	48.66 (8)	Sr02^iv—Sr02—O004	85.8 (7)
Sr01^xx—Sr01—Sr02^xv	88.30 (6)	Sr02^iv—Sr02—O004^xiii	146.1 (4)
Sr01^xx—Sr01—Sr02^xvi	109.02 (4)	Sr02^iv—Sr02—O1ⁱⁱ	86.9 (5)
Sr01^xx—Sr01—Sr02^xxv	128.62 (5)	Sr02^iv—Sr02—O1^x	65.5 (4)
Sr01^xx—Sr01—Sr02^xxvi	55.42 (6)	Sr02^iv—Sr02—O1^xiii	150.3 (3)
Sr01^xx—Sr01—Sr02^xvii	80.88 (11)	Sr02^iv—Sr02—O1^xxxiv	150.3 (3)
Sr01^xx—Sr01—Sr02^xviii	169.67 (8)	Sr02^iv—Sr02—O1^xxxv	86.9 (5)
Sr01^xx—Sr01—Sr02^xx	32.27 (3)	Sr02^iv—Sr02—O1^xxix	65.5 (4)
Sr01^xx—Sr01—Sr02^xxi	88.25 (12)	Sr02^iv—Sr02—C1ⁱⁱ	75.6 (8)
Sr01^xx—Sr01—O003^x	42.7 (6)	Sr02^iv—Sr02—C1	75.6 (8)
Sr01^xx—Sr01—O003^xii	146.9 (7)	Sr02^iv—Sr02—C1^x	79.9 (8)
Sr01^xx—Sr01—O003^xviii	105.5 (4)	Sr02^iv—Sr02—C1^xiii	176.7 (3)
Sr01^xx—Sr01—O004	64.5 (3)	Sr02^iv—Sr02—C1^xxxi	2.4 (2)
Sr01^xx—Sr01—O004^x	46.74 (18)	Sr02^xxx—Sr02—Sr02^xxiv	114.62 (5)
Sr01^xx—Sr01—O004^xii	111.3 (4)	Sr02^xxx—Sr02—Sr02^ix	57.71 (3)
Sr01^xx—Sr01—O004^xviii	125.63 (6)	Sr02^xxx—Sr02—Sr02^x	151.95 (12)
Sr01^xx—Sr01—O1^xii	90.1 (3)	Sr02^xxx—Sr02—Sr02^xiii	54.06 (9)
Sr01^xx—Sr01—O1^xiii	74.2 (4)	Sr02^xxx—Sr02—Sr02^xv	93.71 (6)
Sr01^xx—Sr01—O1^xviii	103.17 (17)	Sr02^xxx—Sr02—Sr02^xxxi	46.59 (5)
Sr01^xx—Sr01—O1^xxvii	128.7 (2)	Sr02^xxx—Sr02—Sr02^xxvi	75.49 (6)
Sr01^xx—Sr01—O1^xxviii	136.52 (13)	Sr02^xxx—Sr02—Sr02^xxxii	95.19 (4)
Sr01^xx—Sr01—O1^xxix	28.5 (3)	Sr02^xxx—Sr02—Sr02^xvii	135.07 (8)
Sr01^xx—Sr01—C1	65.2 (3)	Sr02^xxx—Sr02—Sr02^xviii	145.71 (5)
Sr01^xx—Sr01—C1^x	28.5 (4)	Sr02^xxx—Sr02—Sr02^xxxiii	80.96 (5)
Sr01^xx—Sr01—C1^xii	118.8 (7)	Sr02^xxx—Sr02—Sr02^xx	108.99 (11)
Sr01^xx—Sr01—C1^xiii	68.3 (5)	Sr02^xxx—Sr02—Sr02^xxi	125.35 (9)
Sr01^xx—Sr01—C1^xv	134.4 (3)	Sr02^xxx—Sr02—O003ⁱⁱ	30.8 (3)
Sr01^xx—Sr01—C1^xviii	119.4 (3)	Sr02^xxx—Sr02—O003	77.58 (16)
Sr01^xxi—Sr01—Sr01^xxii	54.37 (6)	Sr02^xxx—Sr02—O003^x	150.98 (7)
Sr01^xxi—Sr01—Sr02ⁱ	135.80 (9)	Sr02^xxx—Sr02—O003^xxxi	76.3 (2)
Sr01^xxi—Sr01—Sr02^xxiii	135.80 (9)	Sr02^xxx—Sr02—O004ⁱⁱ	55.2 (3)
Sr01^xxi—Sr01—Sr02	62.15 (8)	Sr02^xxx—Sr02—O004	112.9 (3)
Sr01^xxi—Sr01—Sr02ⁱⁱⁱ	62.15 (8)	Sr02^xxx—Sr02—O004^xiii	74.4 (3)
Sr01^xxi—Sr01—Sr02^vi	172.65 (7)	Sr02^xxx—Sr02—O1ⁱⁱ	10.9 (5)
Sr01^xxi—Sr01—Sr02^xxiv	78.70 (8)	Sr02^xxx—Sr02—O1^x	110.9 (2)
Sr01^xxi—Sr01—Sr02^ix	50.29 (5)	Sr02^xxx—Sr02—O1^xiii	125.8 (2)
Sr01^xxi—Sr01—Sr02^x	68.93 (13)	Sr02^xxx—Sr02—O1^xxxiv	98.06 (19)
Sr01^xxi—Sr01—Sr02^xii	78.70 (8)	Sr02^xxx—Sr02—O1^xxxv	60.6 (2)
Sr01^xxi—Sr01—Sr02^xiii	88.21 (6)	Sr02^xxx—Sr02—O1^xxix	141.5 (4)
Sr01^xxi—Sr01—Sr02^xv	87.08 (10)	Sr02^xxx—Sr02—C1ⁱⁱ	26.9 (2)
Sr01^xxi—Sr01—Sr02^xvi	124.01 (8)	Sr02^xxx—Sr02—C1	84.1 (3)
Sr01^xxi—Sr01—Sr02^xxv	88.21 (6)	Sr02^xxx—Sr02—C1^x	141.8 (5)
Sr01^xxi—Sr01—Sr02^xxvi	13.04 (4)	Sr02^xxx—Sr02—C1^xiii	101.2 (3)
Sr01^xxi—Sr01—Sr02^xvii	135.10 (7)	Sr02^xxx—Sr02—C1^xxxi	73.9 (2)
Sr01^xxi—Sr01—Sr02^xviii	135.10 (7)	Sr02^xxiv—Sr02—Sr02^ix	151.95 (12)
Sr01^xxi—Sr01—Sr02^xx	41.25 (8)	Sr02^xxiv—Sr02—Sr02^x	57.71 (3)
Sr01^xxi—Sr01—Sr02^xxi	41.25 (8)	Sr02^xxiv—Sr02—Sr02^xiii	102.10 (5)
Sr01^xxi—Sr01—O003^x	95.1 (7)	Sr02^xxiv—Sr02—Sr02^xv	149.46 (8)
Sr01^xxi—Sr01—O003^xii	95.1 (7)	Sr02^xxiv—Sr02—Sr02^xxxi	81.17 (7)
Sr01^xxi—Sr01—O003^xviii	117.3 (7)	Sr02^xxiv—Sr02—Sr02^xxvi	106.45 (11)
Sr01^xxi—Sr01—O004	42.3 (6)	Sr02^xxiv—Sr02—Sr02^xxxii	54.65 (7)
Sr01^xxi—Sr01—O004^x	73.9 (4)	Sr02^xxiv—Sr02—Sr02^xvii	71.01 (9)
Sr01^xxi—Sr01—O004^xii	73.9 (4)	Sr02^xxiv—Sr02—Sr02^xviii	99.04 (5)
Sr01^xxi—Sr01—O004^xviii	179.3 (4)	Sr02^xxiv—Sr02—Sr02^xxxiii	34.29 (3)
Sr01^xxi—Sr01—O1^xii	41.2 (3)	Sr02^xxiv—Sr02—Sr02^xx	44.93 (5)
Sr01^xxi—Sr01—O1^xiii	107.6 (4)	Sr02^xxiv—Sr02—Sr02^xxi	84.81 (5)
Sr01^xxi—Sr01—O1^xviii	144.9 (3)	Sr02^xxiv—Sr02—O003ⁱⁱ	86.30 (19)
Sr01^xxi—Sr01—O1^xxvii	107.6 (4)	Sr02^xxiv—Sr02—O003	125.4 (4)
Sr01^xxi—Sr01—O1^xxviii	144.9 (3)	Sr02^xxiv—Sr02—O003^x	44.4 (5)
Sr01^xxi—Sr01—O1^xxix	41.2 (3)	Sr02^xxiv—Sr02—O003^xxxi	75.6 (2)
Sr01^xxi—Sr01—C1	43.9 (6)	Sr02^xxiv—Sr02—O004ⁱⁱ	64.9 (3)
Sr01^xxi—Sr01—C1^x	70.1 (7)	Sr02^xxiv—Sr02—O004	122.3 (3)
Sr01^xxi—Sr01—C1^xii	70.1 (7)	Sr02^xxiv—Sr02—O004^xiii	132.1 (3)
Sr01^xxi—Sr01—C1^xiii	106.5 (5)	Sr02^xxiv—Sr02—O1ⁱⁱ	117.7 (2)
Sr01^xxi—Sr01—C1^xv	106.5 (5)	Sr02^xxiv—Sr02—O1^x	10.5 (4)
Sr01^xxi—Sr01—C1^xviii	147.4 (7)	Sr02^xxiv—Sr02—O1^xiii	106.31 (18)
Sr01^xxii—Sr01—Sr02ⁱ	136.51 (5)	Sr02^xxiv—Sr02—O1^xxxiv	80.5 (3)
Sr01^xxii—Sr01—Sr02^xxiii	96.30 (10)	Sr02^xxiv—Sr02—O1^xxxv	162.8 (5)
Sr01^xxii—Sr01—Sr02	110.20 (9)	Sr02^xxiv—Sr02—O1^xxix	56.14 (16)
Sr01^xxii—Sr01—Sr02ⁱⁱⁱ	27.20 (6)	Sr02^xxiv—Sr02—C1ⁱⁱ	89.0 (3)
Sr01^xxii—Sr01—Sr02^vi	125.29 (6)	Sr02^xxiv—Sr02—C1	140.5 (6)
Sr01^xxii—Sr01—Sr02^xxiv	124.57 (11)	Sr02^xxiv—Sr02—C1^x	29.42 (16)
Sr01^xxii—Sr01—Sr02^ix	68.15 (4)	Sr02^xxiv—Sr02—C1^xiii	106.9 (3)
Sr01^xxii—Sr01—Sr02^x	77.91 (9)	Sr02^xxiv—Sr02—C1^xxxi	78.1 (2)
Sr01^xxii—Sr01—Sr02^xii	37.28 (3)	Sr02^ix—Sr02—Sr02^x	114.62 (5)
Sr01^xxii—Sr01—Sr02^xiii	128.62 (5)	Sr02^ix—Sr02—Sr02^xiii	93.71 (6)
Sr01^xxii—Sr01—Sr02^xv	88.30 (6)	Sr02^ix—Sr02—Sr02^xv	54.06 (9)
Sr01^xxii—Sr01—Sr02^xvi	109.02 (4)	Sr02^ix—Sr02—Sr02^xxxi	75.49 (6)
Sr01^xxii—Sr01—Sr02^xxv	48.66 (8)	Sr02^ix—Sr02—Sr02^xxvi	46.59 (5)
Sr01^xxii—Sr01—Sr02^xxvi	55.42 (6)	Sr02^ix—Sr02—Sr02^xxxii	145.71 (5)
Sr01^xxii—Sr01—Sr02^xvii	169.67 (8)	Sr02^ix—Sr02—Sr02^xvii	135.07 (8)
Sr01^xxii—Sr01—Sr02^xviii	80.88 (11)	Sr02^ix—Sr02—Sr02^xviii	95.19 (4)
Sr01^xxii—Sr01—Sr02^xx	88.25 (12)	Sr02^ix—Sr02—Sr02^xxxiii	125.35 (9)
Sr01^xxii—Sr01—Sr02^xxi	32.27 (3)	Sr02^ix—Sr02—Sr02^xx	108.99 (11)
Sr01^xxii—Sr01—O003^x	146.9 (7)	Sr02^ix—Sr02—Sr02^xxi	80.96 (5)
Sr01^xxii—Sr01—O003^xii	42.7 (6)	Sr02^ix—Sr02—O003ⁱⁱ	77.58 (16)
Sr01^xxii—Sr01—O003^xviii	105.5 (4)	Sr02^ix—Sr02—O003	30.8 (3)
Sr01^xxii—Sr01—O004	64.5 (3)	Sr02^ix—Sr02—O003^x	150.98 (7)
Sr01^xxii—Sr01—O004^x	111.3 (4)	Sr02^ix—Sr02—O003^xxxi	76.3 (2)
Sr01^xxii—Sr01—O004^xii	46.74 (18)	Sr02^ix—Sr02—O004ⁱⁱ	112.9 (3)
Sr01^xxii—Sr01—O004^xviii	125.63 (6)	Sr02^ix—Sr02—O004	55.2 (3)
Sr01^xxii—Sr01—O1^xii	28.5 (3)	Sr02^ix—Sr02—O004^xiii	74.4 (3)
Sr01^xxii—Sr01—O1^xiii	128.7 (2)	Sr02^ix—Sr02—O1ⁱⁱ	60.6 (2)
Sr01^xxii—Sr01—O1^xviii	136.52 (13)	Sr02^ix—Sr02—O1^x	141.5 (4)
Sr01^xxii—Sr01—O1^xxvii	74.2 (4)	Sr02^ix—Sr02—O1^xiii	98.06 (19)
Sr01^xxii—Sr01—O1^xxviii	103.17 (17)	Sr02^ix—Sr02—O1^xxxiv	125.8 (2)
Sr01^xxii—Sr01—O1^xxix	90.1 (3)	Sr02^ix—Sr02—O1^xxxv	10.9 (5)
Sr01^xxii—Sr01—C1	65.2 (3)	Sr02^ix—Sr02—O1^xxix	110.9 (2)
Sr01^xxii—Sr01—C1^x	118.8 (7)	Sr02^ix—Sr02—C1ⁱⁱ	84.1 (3)
Sr01^xxii—Sr01—C1^xii	28.5 (4)	Sr02^ix—Sr02—C1	26.9 (2)
Sr01^xxii—Sr01—C1^xiii	134.4 (3)	Sr02^ix—Sr02—C1^x	141.8 (5)
Sr01^xxii—Sr01—C1^xv	68.3 (5)	Sr02^ix—Sr02—C1^xiii	101.2 (3)
Sr01^xxii—Sr01—C1^xviii	119.4 (3)	Sr02^ix—Sr02—C1^xxxi	73.9 (2)
Sr02ⁱ—Sr01—Sr02^xxiii	44.51 (8)	Sr02^x—Sr02—Sr02^xiii	149.46 (8)
Sr02ⁱ—Sr01—Sr02	77.42 (11)	Sr02^x—Sr02—Sr02^xv	102.10 (5)
Sr02ⁱ—Sr01—Sr02ⁱⁱⁱ	110.95 (8)	Sr02^x—Sr02—Sr02^xxxi	106.45 (11)
Sr02ⁱ—Sr01—Sr02^vi	50.50 (9)	Sr02^x—Sr02—Sr02^xxvi	81.17 (7)
Sr02ⁱ—Sr01—Sr02^xxiv	96.91 (7)	Sr02^x—Sr02—Sr02^xxxii	99.04 (5)
Sr02ⁱ—Sr01—Sr02^ix	90.44 (8)	Sr02^x—Sr02—Sr02^xvii	71.01 (9)
Sr02ⁱ—Sr01—Sr02^x	143.51 (7)	Sr02^x—Sr02—Sr02^xviii	54.65 (7)
Sr02ⁱ—Sr01—Sr02^xii	139.08 (6)	Sr02^x—Sr02—Sr02^xxxiii	84.81 (5)
Sr02ⁱ—Sr01—Sr02^xiii	50.57 (5)	Sr02^x—Sr02—Sr02^xx	44.93 (5)
Sr02ⁱ—Sr01—Sr02^xv	56.77 (6)	Sr02^x—Sr02—Sr02^xxi	34.29 (3)
Sr02ⁱ—Sr01—Sr02^xvi	94.84 (8)	Sr02^x—Sr02—O003ⁱⁱ	125.4 (4)
Sr02ⁱ—Sr01—Sr02^xxv	87.91 (6)	Sr02^x—Sr02—O003	86.30 (19)
Sr02ⁱ—Sr01—Sr02^xxvi	124.49 (9)	Sr02^x—Sr02—O003^x	44.4 (5)
Sr02ⁱ—Sr01—Sr02^xvii	35.59 (6)	Sr02^x—Sr02—O003^xxxi	75.6 (2)
Sr02ⁱ—Sr01—Sr02^xviii	73.69 (12)	Sr02^x—Sr02—O004ⁱⁱ	122.3 (3)
Sr02ⁱ—Sr01—Sr02^xx	126.85 (9)	Sr02^x—Sr02—O004	64.9 (3)
Sr02ⁱ—Sr01—Sr02^xxi	168.38 (4)	Sr02^x—Sr02—O004^xiii	132.1 (3)
Sr02ⁱ—Sr01—O003^x	73.1 (6)	Sr02^x—Sr02—O1ⁱⁱ	162.8 (5)
Sr02ⁱ—Sr01—O003^xii	116.2 (7)	Sr02^x—Sr02—O1^x	56.14 (16)
Sr02ⁱ—Sr01—O003^xviii	101.1 (7)	Sr02^x—Sr02—O1^xiii	80.5 (3)
Sr02ⁱ—Sr01—O004	97.8 (6)	Sr02^x—Sr02—O1^xxxiv	106.31 (18)
Sr02ⁱ—Sr01—O004^x	111.8 (3)	Sr02^x—Sr02—O1^xxxv	117.7 (2)
Sr02ⁱ—Sr01—O004^xii	149.3 (4)	Sr02^x—Sr02—O1^xxix	10.5 (4)
Sr02ⁱ—Sr01—O004^xviii	44.8 (3)	Sr02^x—Sr02—C1ⁱⁱ	140.5 (6)
Sr02ⁱ—Sr01—O1^xii	164.5 (2)	Sr02^x—Sr02—C1	89.0 (3)
Sr02ⁱ—Sr01—O1^xiii	28.2 (4)	Sr02^x—Sr02—C1^x	29.42 (16)
Sr02ⁱ—Sr01—O1^xviii	65.3 (2)	Sr02^x—Sr02—C1^xiii	106.9 (3)
Sr02ⁱ—Sr01—O1^xxvii	62.4 (4)	Sr02^x—Sr02—C1^xxxi	78.1 (2)
Sr02ⁱ—Sr01—O1^xxviii	79.3 (3)	Sr02^xiii—Sr02—Sr02^xv	84.91 (10)
Sr02ⁱ—Sr01—O1^xxix	123.6 (3)	Sr02^xiii—Sr02—Sr02^xxxi	90.94 (12)
Sr02ⁱ—Sr01—C1	96.4 (5)	Sr02^xiii—Sr02—Sr02^xxvi	128.84 (8)
Sr02ⁱ—Sr01—C1^x	100.2 (7)	Sr02^xiii—Sr02—Sr02^xxxii	52.00 (5)
Sr02ⁱ—Sr01—C1^xii	144.3 (7)	Sr02^xiii—Sr02—Sr02^xvii	81.01 (12)
Sr02ⁱ—Sr01—C1^xiii	30.6 (6)	Sr02^xiii—Sr02—Sr02^xviii	114.42 (14)
Sr02ⁱ—Sr01—C1^xv	68.7 (5)	Sr02^xiii—Sr02—Sr02^xxxiii	87.86 (8)
Sr02ⁱ—Sr01—C1^xviii	73.2 (7)	Sr02^xiii—Sr02—Sr02^xx	137.50 (6)
Sr02^xxiii—Sr01—Sr02	110.95 (8)	Sr02^xiii—Sr02—Sr02^xxi	172.66 (6)
Sr02^xxiii—Sr01—Sr02ⁱⁱⁱ	77.42 (11)	Sr02^xiii—Sr02—O003ⁱⁱ	69.7 (4)
Sr02^xxiii—Sr01—Sr02^vi	50.50 (9)	Sr02^xiii—Sr02—O003	123.6 (2)
Sr02^xxiii—Sr01—Sr02^xxiv	139.08 (6)	Sr02^xiii—Sr02—O003^x	105.0 (5)
Sr02^xxiii—Sr01—Sr02^ix	90.44 (8)	Sr02^xiii—Sr02—O003^xxxi	124.69 (18)
Sr02^xxiii—Sr01—Sr02^x	143.51 (7)	Sr02^xiii—Sr02—O004ⁱⁱ	47.9 (6)
Sr02^xxiii—Sr01—Sr02^xii	96.91 (7)	Sr02^xiii—Sr02—O004	132.2 (5)
Sr02^xxiii—Sr01—Sr02^xiii	87.91 (6)	Sr02^xiii—Sr02—O004^xiii	42.80 (7)
Sr02^xxiii—Sr01—Sr02^xv	56.77 (6)	Sr02^xiii—Sr02—O1ⁱⁱ	44.0 (4)
Sr02^xxiii—Sr01—Sr02^xvi	94.84 (8)	Sr02^xiii—Sr02—O1^x	108.2 (3)
Sr02^xxiii—Sr01—Sr02^xxv	50.57 (5)	Sr02^xiii—Sr02—O1^xiii	84.6 (3)
Sr02^xxiii—Sr01—Sr02^xxvi	124.49 (9)	Sr02^xiii—Sr02—O1^xxxiv	44.16 (19)
Sr02^xxiii—Sr01—Sr02^xvii	73.69 (12)	Sr02^xiii—Sr02—O1^xxxv	88.1 (3)
Sr02^xxiii—Sr01—Sr02^xviii	35.59 (6)	Sr02^xiii—Sr02—O1^xxix	155.4 (3)
Sr02^xxiii—Sr01—Sr02^xx	168.38 (4)	Sr02^xiii—Sr02—C1ⁱⁱ	49.0 (8)
Sr02^xxiii—Sr01—Sr02^xxi	126.85 (9)	Sr02^xiii—Sr02—C1	116.6 (5)
Sr02^xxiii—Sr01—O003^x	116.2 (7)	Sr02^xiii—Sr02—C1^x	124.4 (5)
Sr02^xxiii—Sr01—O003^xii	73.1 (6)	Sr02^xiii—Sr02—C1^xiii	53.68 (19)
Sr02^xxiii—Sr01—O003^xviii	101.1 (7)	Sr02^xiii—Sr02—C1^xxxi	123.05 (16)
Sr02^xxiii—Sr01—O004	97.8 (6)	Sr02^xv—Sr02—Sr02^xxxi	128.84 (8)
Sr02^xxiii—Sr01—O004^x	149.3 (4)	Sr02^xv—Sr02—Sr02^xxvi	90.94 (12)
Sr02^xxiii—Sr01—O004^xii	111.8 (3)	Sr02^xv—Sr02—Sr02^xxxii	114.42 (14)
Sr02^xxiii—Sr01—O004^xviii	44.8 (3)	Sr02^xv—Sr02—Sr02^xvii	81.01 (12)
Sr02^xxiii—Sr01—O1^xii	123.6 (3)	Sr02^xv—Sr02—Sr02^xviii	52.00 (5)
Sr02^xxiii—Sr01—O1^xiii	62.4 (4)	Sr02^xv—Sr02—Sr02^xxxiii	172.66 (6)
Sr02^xxiii—Sr01—O1^xviii	79.3 (3)	Sr02^xv—Sr02—Sr02^xx	137.50 (6)
Sr02^xxiii—Sr01—O1^xxvii	28.2 (4)	Sr02^xv—Sr02—Sr02^xxi	87.86 (8)
Sr02^xxiii—Sr01—O1^xxviii	65.3 (2)	Sr02^xv—Sr02—O003ⁱⁱ	123.6 (2)
Sr02^xxiii—Sr01—O1^xxix	164.5 (2)	Sr02^xv—Sr02—O003	69.7 (4)
Sr02^xxiii—Sr01—C1	96.4 (5)	Sr02^xv—Sr02—O003^x	105.0 (5)
Sr02^xxiii—Sr01—C1^x	144.3 (7)	Sr02^xv—Sr02—O003^xxxi	124.69 (18)
Sr02^xxiii—Sr01—C1^xii	100.2 (7)	Sr02^xv—Sr02—O004ⁱⁱ	132.2 (5)
Sr02^xxiii—Sr01—C1^xiii	68.7 (5)	Sr02^xv—Sr02—O004	47.9 (6)
Sr02^xxiii—Sr01—C1^xv	30.6 (6)	Sr02^xv—Sr02—O004^xiii	42.80 (7)
Sr02^xxiii—Sr01—C1^xviii	73.2 (7)	Sr02^xv—Sr02—O1ⁱⁱ	88.1 (3)
Sr02—Sr01—Sr02ⁱⁱⁱ	98.84 (7)	Sr02^xv—Sr02—O1^x	155.4 (3)
Sr02—Sr01—Sr02^vi	121.41 (8)	Sr02^xv—Sr02—O1^xiii	44.16 (19)
Sr02—Sr01—Sr02^xxiv	60.12 (4)	Sr02^xv—Sr02—O1^xxxiv	84.6 (3)
Sr02—Sr01—Sr02^ix	49.71 (4)	Sr02^xv—Sr02—O1^xxxv	44.0 (4)
Sr02—Sr01—Sr02^x	104.75 (11)	Sr02^xv—Sr02—O1^xxix	108.2 (3)
Sr02—Sr01—Sr02^xii	140.86 (13)	Sr02^xv—Sr02—C1ⁱⁱ	116.6 (5)
Sr02—Sr01—Sr02^xiii	26.89 (9)	Sr02^xv—Sr02—C1	49.0 (8)
Sr02—Sr01—Sr02^xv	61.58 (6)	Sr02^xv—Sr02—C1^x	124.4 (5)
Sr02—Sr01—Sr02^xvi	129.53 (3)	Sr02^xv—Sr02—C1^xiii	53.68 (19)
Sr02—Sr01—Sr02^xxv	107.98 (5)	Sr02^xv—Sr02—C1^xxxi	123.05 (16)
Sr02—Sr01—Sr02^xxvi	56.14 (7)	Sr02^xxxi—Sr02—Sr02^xxvi	53.79 (9)
Sr02—Sr01—Sr02^xvii	76.51 (9)	Sr02^xxxi—Sr02—Sr02^xxxii	101.95 (8)
Sr02—Sr01—Sr02^xviii	146.53 (11)	Sr02^xxxi—Sr02—Sr02^xvii	148.50 (5)
Sr02—Sr01—Sr02^xx	57.44 (7)	Sr02^xxxi—Sr02—Sr02^xviii	153.73 (6)
Sr02—Sr01—Sr02^xxi	102.91 (13)	Sr02^xxxi—Sr02—Sr02^xxxiii	49.86 (5)
Sr02—Sr01—O003^x	54.1 (3)	Sr02^xxxi—Sr02—Sr02^xx	62.40 (11)
Sr02—Sr01—O003^xii	152.0 (5)	Sr02^xxxi—Sr02—Sr02^xxi	92.57 (12)
Sr02—Sr01—O003^xviii	128.0 (2)	Sr02^xxxi—Sr02—O003ⁱⁱ	21.2 (4)
Sr02—Sr01—O004	49.45 (5)	Sr02^xxxi—Sr02—O003	70.8 (3)
Sr02—Sr01—O004^x	72.75 (15)	Sr02^xxxi—Sr02—O003^x	125.1 (5)
Sr02—Sr01—O004^xii	133.1 (4)	Sr02^xxxi—Sr02—O003^xxxi	33.75 (17)
Sr02—Sr01—O004^xviii	118.2 (2)	Sr02^xxxi—Sr02—O004ⁱⁱ	57.4 (6)
Sr02—Sr01—O1^xii	103.3 (3)	Sr02^xxxi—Sr02—O004	111.1 (6)
Sr02—Sr01—O1^xiii	51.0 (4)	Sr02^xxxi—Sr02—O004^xiii	121.0 (3)
Sr02—Sr01—O1^xviii	111.70 (12)	Sr02^xxxi—Sr02—O1ⁱⁱ	56.8 (5)
Sr02—Sr01—O1^xxvii	102.1 (2)	Sr02^xxxi—Sr02—O1^x	73.0 (4)
Sr02—Sr01—O1^xxviii	146.62 (17)	Sr02^xxxi—Sr02—O1^xiii	171.9 (2)
Sr02—Sr01—O1^xxix	53.6 (2)	Sr02^xxxi—Sr02—O1^xxxiv	125.0 (3)
Sr02—Sr01—C1	49.42 (4)	Sr02^xxxi—Sr02—O1^xxxv	84.9 (4)
Sr02—Sr01—C1^x	53.0 (3)	Sr02^xxxi—Sr02—O1^xxix	96.1 (4)
Sr02—Sr01—C1^xii	132.1 (7)	Sr02^xxxi—Sr02—C1ⁱⁱ	42.1 (8)
Sr02—Sr01—C1^xiii	46.9 (6)	Sr02^xxxi—Sr02—C1	89.9 (7)
Sr02—Sr01—C1^xv	108.4 (2)	Sr02^xxxi—Sr02—C1^x	99.6 (8)
Sr02—Sr01—C1^xviii	129.60 (13)	Sr02^xxxi—Sr02—C1^xiii	144.5 (2)
Sr02ⁱⁱⁱ—Sr01—Sr02^vi	121.41 (8)	Sr02^xxxi—Sr02—C1^xxxi	32.18 (13)
Sr02ⁱⁱⁱ—Sr01—Sr02^xxiv	140.86 (13)	Sr02^xxvi—Sr02—Sr02^xxxii	153.73 (6)
Sr02ⁱⁱⁱ—Sr01—Sr02^ix	49.71 (4)	Sr02^xxvi—Sr02—Sr02^xvii	148.50 (5)
Sr02ⁱⁱⁱ—Sr01—Sr02^x	104.75 (11)	Sr02^xxvi—Sr02—Sr02^xviii	101.95 (8)
Sr02ⁱⁱⁱ—Sr01—Sr02^xii	60.12 (4)	Sr02^xxvi—Sr02—Sr02^xxxiii	92.57 (12)
Sr02ⁱⁱⁱ—Sr01—Sr02^xiii	107.98 (5)	Sr02^xxvi—Sr02—Sr02^xx	62.40 (11)
Sr02ⁱⁱⁱ—Sr01—Sr02^xv	61.58 (6)	Sr02^xxvi—Sr02—Sr02^xxi	49.86 (5)
Sr02ⁱⁱⁱ—Sr01—Sr02^xvi	129.53 (3)	Sr02^xxvi—Sr02—O003ⁱⁱ	70.8 (3)
Sr02ⁱⁱⁱ—Sr01—Sr02^xxv	26.89 (9)	Sr02^xxvi—Sr02—O003	21.2 (4)
Sr02ⁱⁱⁱ—Sr01—Sr02^xxvi	56.14 (7)	Sr02^xxvi—Sr02—O003^x	125.1 (5)
Sr02ⁱⁱⁱ—Sr01—Sr02^xvii	146.53 (11)	Sr02^xxvi—Sr02—O003^xxxi	33.75 (17)
Sr02ⁱⁱⁱ—Sr01—Sr02^xviii	76.51 (9)	Sr02^xxvi—Sr02—O004ⁱⁱ	111.1 (6)
Sr02ⁱⁱⁱ—Sr01—Sr02^xx	102.91 (13)	Sr02^xxvi—Sr02—O004	57.4 (6)
Sr02ⁱⁱⁱ—Sr01—Sr02^xxi	57.44 (7)	Sr02^xxvi—Sr02—O004^xiii	121.0 (3)
Sr02ⁱⁱⁱ—Sr01—O003^x	152.0 (5)	Sr02^xxvi—Sr02—O1ⁱⁱ	84.9 (4)
Sr02ⁱⁱⁱ—Sr01—O003^xii	54.1 (3)	Sr02^xxvi—Sr02—O1^x	96.1 (4)
Sr02ⁱⁱⁱ—Sr01—O003^xviii	128.0 (2)	Sr02^xxvi—Sr02—O1^xiii	125.0 (3)
Sr02ⁱⁱⁱ—Sr01—O004	49.45 (5)	Sr02^xxvi—Sr02—O1^xxxiv	171.9 (2)
Sr02ⁱⁱⁱ—Sr01—O004^x	133.1 (4)	Sr02^xxvi—Sr02—O1^xxxv	56.8 (5)
Sr02ⁱⁱⁱ—Sr01—O004^xii	72.75 (15)	Sr02^xxvi—Sr02—O1^xxix	73.0 (4)
Sr02ⁱⁱⁱ—Sr01—O004^xviii	118.2 (2)	Sr02^xxvi—Sr02—C1ⁱⁱ	89.9 (7)
Sr02ⁱⁱⁱ—Sr01—O1^xii	53.6 (2)	Sr02^xxvi—Sr02—C1	42.1 (8)
Sr02ⁱⁱⁱ—Sr01—O1^xiii	102.1 (2)	Sr02^xxvi—Sr02—C1^x	99.6 (8)
Sr02ⁱⁱⁱ—Sr01—O1^xviii	146.62 (17)	Sr02^xxvi—Sr02—C1^xiii	144.5 (2)
Sr02ⁱⁱⁱ—Sr01—O1^xxvii	51.0 (4)	Sr02^xxvi—Sr02—C1^xxxi	32.18 (13)
Sr02ⁱⁱⁱ—Sr01—O1^xxviii	111.70 (12)	Sr02^xxxii—Sr02—Sr02^xvii	49.66 (5)
Sr02ⁱⁱⁱ—Sr01—O1^xxix	103.3 (3)	Sr02^xxxii—Sr02—Sr02^xviii	99.32 (9)
Sr02ⁱⁱⁱ—Sr01—C1	49.42 (4)	Sr02^xxxii—Sr02—Sr02^xxxiii	61.45 (11)
Sr02ⁱⁱⁱ—Sr01—C1^x	132.1 (7)	Sr02^xxxii—Sr02—Sr02^xx	99.17 (8)
Sr02ⁱⁱⁱ—Sr01—C1^xii	53.0 (3)	Sr02^xxxii—Sr02—Sr02^xxi	133.16 (4)
Sr02ⁱⁱⁱ—Sr01—C1^xiii	108.4 (2)	Sr02^xxxii—Sr02—O003ⁱⁱ	88.5 (3)
Sr02ⁱⁱⁱ—Sr01—C1^xv	46.9 (6)	Sr02^xxxii—Sr02—O003	172.1 (2)
Sr02ⁱⁱⁱ—Sr01—C1^xviii	129.60 (13)	Sr02^xxxii—Sr02—O003^x	57.0 (3)
Sr02^vi—Sr01—Sr02^xxiv	97.42 (7)	Sr02^xxxii—Sr02—O003^xxxi	120.55 (14)
Sr02^vi—Sr01—Sr02^ix	137.06 (6)	Sr02^xxxii—Sr02—O004ⁱⁱ	46.8 (5)
Sr02^vi—Sr01—Sr02^x	103.72 (13)	Sr02^xxxii—Sr02—O004	146.0 (6)
Sr02^vi—Sr01—Sr02^xii	97.42 (7)	Sr02^xxxii—Sr02—O004^xiii	78.3 (3)
Sr02^vi—Sr01—Sr02^xiii	96.27 (7)	Sr02^xxxii—Sr02—O1ⁱⁱ	89.0 (3)
Sr02^vi—Sr01—Sr02^xv	100.27 (12)	Sr02^xxxii—Sr02—O1^x	63.8 (4)
Sr02^vi—Sr01—Sr02^xvi	48.64 (6)	Sr02^xxxii—Sr02—O1^xiii	80.5 (3)
Sr02^vi—Sr01—Sr02^xxv	96.27 (7)	Sr02^xxxii—Sr02—O1^xxxiv	29.9 (3)
Sr02^vi—Sr01—Sr02^xxvi	174.31 (6)	Sr02^xxxii—Sr02—O1^xxxv	139.2 (4)
Sr02^vi—Sr01—Sr02^xvii	46.06 (7)	Sr02^xxxii—Sr02—O1^xxix	103.4 (2)
Sr02^vi—Sr01—Sr02^xviii	46.06 (7)	Sr02^xxxii—Sr02—C1ⁱⁱ	73.2 (5)
Sr02^vi—Sr01—Sr02^xx	133.70 (8)	Sr02^xxxii—Sr02—C1	163.1 (8)
Sr02^vi—Sr01—Sr02^xxi	133.70 (8)	Sr02^xxxii—Sr02—C1^x	72.4 (5)
Sr02^vi—Sr01—O003^x	83.2 (6)	Sr02^xxxii—Sr02—C1^xiii	60.84 (16)
Sr02^vi—Sr01—O003^xii	83.2 (6)	Sr02^xxxii—Sr02—C1^xxxi	121.83 (12)
Sr02^vi—Sr01—O003^xviii	55.4 (7)	Sr02^xvii—Sr02—Sr02^xviii	49.66 (5)
Sr02^vi—Sr01—O004	145.0 (6)	Sr02^xvii—Sr02—Sr02^xxxiii	99.17 (8)
Sr02^vi—Sr01—O004^x	100.5 (4)	Sr02^xvii—Sr02—Sr02^xx	104.24 (12)
Sr02^vi—Sr01—O004^xii	100.5 (4)	Sr02^xvii—Sr02—Sr02^xxi	99.17 (8)
Sr02^vi—Sr01—O004^xviii	6.6 (3)	Sr02^xvii—Sr02—O003ⁱⁱ	138.2 (3)
Sr02^vi—Sr01—O1^xii	134.3 (3)	Sr02^xvii—Sr02—O003	138.2 (3)
Sr02^vi—Sr01—O1^xiii	78.4 (4)	Sr02^xvii—Sr02—O003^x	32.8 (6)
Sr02^vi—Sr01—O1^xviii	29.1 (2)	Sr02^xvii—Sr02—O003^xxxi	141.7 (3)
Sr02^vi—Sr01—O1^xxvii	78.4 (4)	Sr02^xvii—Sr02—O004ⁱⁱ	96.4 (5)
Sr02^vi—Sr01—O1^xxviii	29.1 (2)	Sr02^xvii—Sr02—O004	96.4 (5)
Sr02^vi—Sr01—O1^xxix	134.3 (3)	Sr02^xvii—Sr02—O004^xiii	71.8 (4)
Sr02^vi—Sr01—C1	143.5 (6)	Sr02^xvii—Sr02—O1ⁱⁱ	124.8 (4)
Sr02^vi—Sr01—C1^x	106.5 (7)	Sr02^xvii—Sr02—O1^x	80.7 (4)
Sr02^vi—Sr01—C1^xii	106.5 (7)	Sr02^xvii—Sr02—O1^xiii	37.18 (19)
Sr02^vi—Sr01—C1^xiii	79.0 (5)	Sr02^xvii—Sr02—O1^xxxiv	37.18 (19)
Sr02^vi—Sr01—C1^xv	79.0 (5)	Sr02^xvii—Sr02—O1^xxxv	124.8 (4)
Sr02^vi—Sr01—C1^xviii	25.3 (7)	Sr02^xvii—Sr02—O1^xxix	80.7 (4)
Sr02^xxiv—Sr01—Sr02^ix	105.42 (5)	Sr02^xvii—Sr02—C1ⁱⁱ	121.0 (6)
Sr02^xxiv—Sr01—Sr02^x	56.99 (4)	Sr02^xvii—Sr02—C1	121.0 (6)
Sr02^xxiv—Sr01—Sr02^xii	113.97 (7)	Sr02^xvii—Sr02—C1^x	62.2 (8)
Sr02^xxiv—Sr01—Sr02^xiii	69.04 (4)	Sr02^xvii—Sr02—C1^xiii	41.2 (3)
Sr02^xxiv—Sr01—Sr02^xv	119.85 (3)	Sr02^xvii—Sr02—C1^xxxi	144.6 (2)
Sr02^xxiv—Sr01—Sr02^xvi	71.83 (4)	Sr02^xviii—Sr02—Sr02^xxxiii	133.16 (4)
Sr02^xxiv—Sr01—Sr02^xxv	165.40 (6)	Sr02^xviii—Sr02—Sr02^xx	99.17 (8)
Sr02^xxiv—Sr01—Sr02^xxvi	85.64 (8)	Sr02^xviii—Sr02—Sr02^xxi	61.45 (11)
Sr02^xxiv—Sr01—Sr02^xvii	65.39 (11)	Sr02^xviii—Sr02—O003ⁱⁱ	172.1 (2)
Sr02^xxiv—Sr01—Sr02^xviii	139.65 (6)	Sr02^xviii—Sr02—O003	88.5 (3)
Sr02^xxiv—Sr01—Sr02^xx	38.24 (4)	Sr02^xviii—Sr02—O003^x	57.0 (3)
Sr02^xxiv—Sr01—Sr02^xxi	93.18 (10)	Sr02^xviii—Sr02—O003^xxxi	120.55 (14)
Sr02^xxiv—Sr01—O003^x	23.9 (6)	Sr02^xviii—Sr02—O004ⁱⁱ	146.0 (6)
Sr02^xxiv—Sr01—O003^xii	135.1 (4)	Sr02^xviii—Sr02—O004	46.8 (5)
Sr02^xxiv—Sr01—O003^xviii	68.8 (3)	Sr02^xviii—Sr02—O004^xiii	78.3 (3)
Sr02^xxiv—Sr01—O004	101.4 (3)	Sr02^xviii—Sr02—O1ⁱⁱ	139.2 (4)
Sr02^xxiv—Sr01—O004^x	16.8 (2)	Sr02^xviii—Sr02—O1^x	103.4 (2)
Sr02^xxiv—Sr01—O004^xii	97.2 (2)	Sr02^xviii—Sr02—O1^xiii	29.9 (3)
Sr02^xxiv—Sr01—O004^xviii	100.91 (19)	Sr02^xviii—Sr02—O1^xxxiv	80.5 (3)
Sr02^xxiv—Sr01—O1^xii	96.7 (3)	Sr02^xviii—Sr02—O1^xxxv	89.0 (3)
Sr02^xxiv—Sr01—O1^xiii	89.5 (3)	Sr02^xviii—Sr02—O1^xxix	63.8 (4)
Sr02^xxiv—Sr01—O1^xviii	69.9 (2)	Sr02^xviii—Sr02—C1ⁱⁱ	163.1 (8)
Sr02^xxiv—Sr01—O1^xxvii	156.5 (3)	Sr02^xviii—Sr02—C1	73.2 (5)
Sr02^xxiv—Sr01—O1^xxviii	99.78 (14)	Sr02^xviii—Sr02—C1^x	72.4 (5)
Sr02^xxiv—Sr01—O1^xxix	37.6 (3)	Sr02^xviii—Sr02—C1^xiii	60.84 (16)
Sr02^xxiv—Sr01—C1	102.2 (3)	Sr02^xviii—Sr02—C1^xxxi	121.83 (12)
Sr02^xxiv—Sr01—C1^x	9.5 (5)	Sr02^xxxiii—Sr02—Sr02^xx	49.66 (5)
Sr02^xxiv—Sr01—C1^xii	114.7 (5)	Sr02^xxxiii—Sr02—Sr02^xxi	99.32 (9)
Sr02^xxiv—Sr01—C1^xiii	81.9 (3)	Sr02^xxxiii—Sr02—O003ⁱⁱ	52.01 (19)
Sr02^xxiv—Sr01—C1^xv	164.1 (3)	Sr02^xxxiii—Sr02—O003	113.6 (4)
Sr02^xxiv—Sr01—C1^xviii	83.7 (4)	Sr02^xxxiii—Sr02—O003^x	78.1 (4)
Sr02^ix—Sr01—Sr02^x	119.22 (13)	Sr02^xxxiii—Sr02—O003^xxxi	59.10 (14)
Sr02^ix—Sr01—Sr02^xii	105.42 (5)	Sr02^xxxiii—Sr02—O004ⁱⁱ	40.5 (5)
Sr02^ix—Sr01—Sr02^xiii	60.62 (4)	Sr02^xxxiii—Sr02—O004	138.9 (6)
Sr02^ix—Sr01—Sr02^xv	36.79 (10)	Sr02^xxxiii—Sr02—O004^xiii	130.22 (5)
Sr02^ix—Sr01—Sr02^xvi	174.29 (8)	Sr02^xxxiii—Sr02—O1ⁱⁱ	85.8 (3)
Sr02^ix—Sr01—Sr02^xxv	60.62 (4)	Sr02^xxxiii—Sr02—O1^x	30.2 (2)
Sr02^ix—Sr01—Sr02^xxvi	37.24 (4)	Sr02^xxxiii—Sr02—O1^xiii	136.34 (19)
Sr02^ix—Sr01—Sr02^xvii	113.64 (5)	Sr02^xxxiii—Sr02—O1^xxxiv	91.2 (3)
Sr02^ix—Sr01—Sr02^xviii	113.64 (5)	Sr02^xxxiii—Sr02—O1^xxxv	134.5 (4)
Sr02^ix—Sr01—Sr02^xx	81.31 (7)	Sr02^xxxiii—Sr02—O1^xxix	79.0 (2)
Sr02^ix—Sr01—Sr02^xxi	81.31 (7)	Sr02^xxxiii—Sr02—C1ⁱⁱ	57.0 (4)
Sr02^ix—Sr01—O003^x	103.8 (3)	Sr02^xxxiii—Sr02—C1	134.6 (8)
Sr02^ix—Sr01—O003^xii	103.8 (3)	Sr02^xxxiii—Sr02—C1^x	61.3 (4)
Sr02^ix—Sr01—O003^xviii	167.5 (7)	Sr02^xxxiii—Sr02—C1^xiii	122.20 (15)
Sr02^ix—Sr01—O004	8.0 (6)	Sr02^xxxiii—Sr02—C1^xxxi	60.43 (13)
Sr02^ix—Sr01—O004^x	111.8 (3)	Sr02^xx—Sr02—Sr02^xxi	49.66 (5)
Sr02^ix—Sr01—O004^xii	111.8 (3)	Sr02^xx—Sr02—O003ⁱⁱ	80.5 (4)
Sr02^ix—Sr01—O004^xviii	130.5 (4)	Sr02^xx—Sr02—O003	80.5 (4)
Sr02^ix—Sr01—O1^xii	78.9 (2)	Sr02^xx—Sr02—O003^x	71.4 (6)
Sr02^ix—Sr01—O1^xiii	66.2 (3)	Sr02^xx—Sr02—O003^xxxi	37.5 (3)
Sr02^ix—Sr01—O1^xviii	153.77 (18)	Sr02^xx—Sr02—O004ⁱⁱ	89.7 (5)
Sr02^ix—Sr01—O1^xxvii	66.2 (3)	Sr02^xx—Sr02—O004	89.7 (5)
Sr02^ix—Sr01—O1^xxviii	153.77 (18)	Sr02^xx—Sr02—O004^xiii	176.0 (4)
Sr02^ix—Sr01—O1^xxix	78.9 (2)	Sr02^xx—Sr02—O1ⁱⁱ	119.0 (4)
Sr02^ix—Sr01—C1	6.4 (6)	Sr02^xx—Sr02—O1^x	35.4 (4)
Sr02^ix—Sr01—C1^x	96.4 (4)	Sr02^xx—Sr02—O1^xiii	125.1 (2)
Sr02^ix—Sr01—C1^xii	96.4 (4)	Sr02^xx—Sr02—O1^xxxiv	125.1 (2)
Sr02^ix—Sr01—C1^xiii	69.1 (4)	Sr02^xx—Sr02—O1^xxxv	119.0 (4)
Sr02^ix—Sr01—C1^xv	69.1 (4)	Sr02^xx—Sr02—O1^xxix	35.4 (4)
Sr02^ix—Sr01—C1^xviii	162.3 (7)	Sr02^xx—Sr02—C1ⁱⁱ	97.0 (7)
Sr02^x—Sr01—Sr02^xii	56.99 (4)	Sr02^xx—Sr02—C1	97.0 (7)
Sr02^x—Sr01—Sr02^xiii	124.04 (5)	Sr02^xx—Sr02—C1^x	42.0 (8)
Sr02^x—Sr01—Sr02^xv	156.01 (12)	Sr02^xx—Sr02—C1^xiii	145.4 (3)
Sr02^x—Sr01—Sr02^xvi	55.08 (11)	Sr02^xx—Sr02—C1^xxxi	40.3 (2)
Sr02^x—Sr01—Sr02^xxv	124.04 (5)	Sr02^xxi—Sr02—O003ⁱⁱ	113.6 (4)
Sr02^x—Sr01—Sr02^xxvi	81.97 (14)	Sr02^xxi—Sr02—O003	52.01 (19)
Sr02^x—Sr01—Sr02^xvii	108.50 (10)	Sr02^xxi—Sr02—O003^x	78.1 (4)
Sr02^x—Sr01—Sr02^xviii	108.50 (10)	Sr02^xxi—Sr02—O003^xxxi	59.10 (14)
Sr02^x—Sr01—Sr02^xx	47.95 (8)	Sr02^xxi—Sr02—O004ⁱⁱ	138.9 (6)
Sr02^x—Sr01—Sr02^xxi	47.95 (8)	Sr02^xxi—Sr02—O004	40.5 (5)
Sr02^x—Sr01—O003^x	79.1 (5)	Sr02^xxi—Sr02—O004^xiii	130.22 (5)
Sr02^x—Sr01—O003^xii	79.1 (5)	Sr02^xxi—Sr02—O1ⁱⁱ	134.5 (4)
Sr02^x—Sr01—O003^xviii	48.3 (7)	Sr02^xxi—Sr02—O1^x	79.0 (2)
Sr02^x—Sr01—O004	111.3 (6)	Sr02^xxi—Sr02—O1^xiii	91.2 (3)
Sr02^x—Sr01—O004^x	40.2 (2)	Sr02^xxi—Sr02—O1^xxxiv	136.34 (19)
Sr02^x—Sr01—O004^xii	40.2 (2)	Sr02^xxi—Sr02—O1^xxxv	85.8 (3)
Sr02^x—Sr01—O004^xviii	110.3 (4)	Sr02^xxi—Sr02—O1^xxix	30.2 (2)
Sr02^x—Sr01—O1^xii	51.7 (2)	Sr02^xxi—Sr02—C1ⁱⁱ	134.6 (8)
Sr02^x—Sr01—O1^xiii	146.5 (2)	Sr02^xxi—Sr02—C1	57.0 (4)
Sr02^x—Sr01—O1^xviii	80.8 (3)	Sr02^xxi—Sr02—C1^x	61.3 (4)
Sr02^x—Sr01—O1^xxvii	146.5 (2)	Sr02^xxi—Sr02—C1^xiii	122.20 (15)
Sr02^x—Sr01—O1^xxviii	80.8 (3)	Sr02^xxi—Sr02—C1^xxxi	60.43 (13)
Sr02^x—Sr01—O1^xxix	51.7 (2)	O003ⁱⁱ—Sr02—O003	83.6 (4)
Sr02^x—Sr01—C1	112.8 (6)	O003ⁱⁱ—Sr02—O003^x	129.5 (3)
Sr02^x—Sr01—C1^x	58.6 (5)	O003ⁱⁱ—Sr02—O003^xxxi	55.0 (4)
Sr02^x—Sr01—C1^xii	58.6 (5)	O003ⁱⁱ—Sr02—O004ⁱⁱ	41.8 (6)
Sr02^x—Sr01—C1^xiii	138.9 (3)	O003ⁱⁱ—Sr02—O004	125.4 (6)
Sr02^x—Sr01—C1^xv	138.9 (3)	O003ⁱⁱ—Sr02—O004^xiii	102.4 (5)
Sr02^x—Sr01—C1^xviii	78.5 (7)	O003ⁱⁱ—Sr02—O1ⁱⁱ	39.1 (5)
Sr02^xii—Sr01—Sr02^xiii	165.40 (6)	O003ⁱⁱ—Sr02—O1^x	80.9 (4)
Sr02^xii—Sr01—Sr02^xv	119.85 (3)	O003ⁱⁱ—Sr02—O1^xiii	153.4 (5)
Sr02^xii—Sr01—Sr02^xvi	71.83 (4)	O003ⁱⁱ—Sr02—O1^xxxiv	106.2 (4)
Sr02^xii—Sr01—Sr02^xxv	69.04 (4)	O003ⁱⁱ—Sr02—O1^xxxv	84.4 (3)
Sr02^xii—Sr01—Sr02^xxvi	85.64 (8)	O003ⁱⁱ—Sr02—O1^xxix	115.5 (5)
Sr02^xii—Sr01—Sr02^xvii	139.65 (6)	O003ⁱⁱ—Sr02—C1ⁱⁱ	21.0 (9)
Sr02^xii—Sr01—Sr02^xviii	65.39 (11)	O003ⁱⁱ—Sr02—C1	99.0 (6)
Sr02^xii—Sr01—Sr02^xx	93.18 (10)	O003ⁱⁱ—Sr02—C1^x	111.3 (6)
Sr02^xii—Sr01—Sr02^xxi	38.24 (4)	O003ⁱⁱ—Sr02—C1^xiii	123.3 (4)
Sr02^xii—Sr01—O003^x	135.1 (4)	O003ⁱⁱ—Sr02—C1^xxxi	53.4 (4)
Sr02^xii—Sr01—O003^xii	23.9 (6)	O003—Sr02—O003^x	129.5 (3)
Sr02^xii—Sr01—O003^xviii	68.8 (3)	O003—Sr02—O003^xxxi	55.0 (4)
Sr02^xii—Sr01—O004	101.4 (3)	O003—Sr02—O004ⁱⁱ	125.4 (6)
Sr02^xii—Sr01—O004^x	97.2 (2)	O003—Sr02—O004	41.8 (6)
Sr02^xii—Sr01—O004^xii	16.8 (2)	O003—Sr02—O004^xiii	102.4 (5)
Sr02^xii—Sr01—O004^xviii	100.91 (19)	O003—Sr02—O1ⁱⁱ	84.4 (3)
Sr02^xii—Sr01—O1^xii	37.6 (3)	O003—Sr02—O1^x	115.5 (5)
Sr02^xii—Sr01—O1^xiii	156.5 (3)	O003—Sr02—O1^xiii	106.2 (4)
Sr02^xii—Sr01—O1^xviii	99.78 (14)	O003—Sr02—O1^xxxiv	153.4 (5)
Sr02^xii—Sr01—O1^xxvii	89.5 (3)	O003—Sr02—O1^xxxv	39.1 (5)
Sr02^xii—Sr01—O1^xxviii	69.9 (2)	O003—Sr02—O1^xxix	80.9 (4)
Sr02^xii—Sr01—O1^xxix	96.7 (3)	O003—Sr02—C1ⁱⁱ	99.0 (6)
Sr02^xii—Sr01—C1	102.2 (3)	O003—Sr02—C1	21.0 (9)
Sr02^xii—Sr01—C1^x	114.7 (5)	O003—Sr02—C1^x	111.3 (6)
Sr02^xii—Sr01—C1^xii	9.5 (5)	O003—Sr02—C1^xiii	123.3 (4)
Sr02^xii—Sr01—C1^xiii	164.1 (3)	O003—Sr02—C1^xxxi	53.4 (4)
Sr02^xii—Sr01—C1^xv	81.9 (3)	O003^x—Sr02—O003^xxxi	108.9 (7)
Sr02^xii—Sr01—C1^xviii	83.7 (4)	O003^x—Sr02—O004ⁱⁱ	96.1 (3)
Sr02^xiii—Sr01—Sr02^xv	52.21 (2)	O003^x—Sr02—O004	96.1 (3)
Sr02^xiii—Sr01—Sr02^xvi	121.65 (4)	O003^x—Sr02—O004^xiii	104.6 (7)
Sr02^xiii—Sr01—Sr02^xxv	104.43 (4)	O003^x—Sr02—O1ⁱⁱ	146.0 (4)
Sr02^xiii—Sr01—Sr02^xxvi	80.30 (6)	O003^x—Sr02—O1^x	52.1 (6)
Sr02^xiii—Sr01—Sr02^xvii	54.95 (4)	O003^x—Sr02—O1^xiii	62.7 (6)
Sr02^xiii—Sr01—Sr02^xviii	122.44 (11)	O003^x—Sr02—O1^xxxiv	62.7 (6)
Sr02^xiii—Sr01—Sr02^xx	80.92 (6)	O003^x—Sr02—O1^xxxv	146.0 (4)
Sr02^xiii—Sr01—Sr02^xxi	129.40 (7)	O003^x—Sr02—O1^xxix	52.1 (6)
Sr02^xiii—Sr01—O003^x	51.9 (3)	O003^x—Sr02—C1ⁱⁱ	124.9 (3)
Sr02^xiii—Sr01—O003^xii	155.8 (4)	O003^x—Sr02—C1	124.9 (3)
Sr02^xiii—Sr01—O003^xviii	123.9 (2)	O003^x—Sr02—C1^x	29.4 (10)
Sr02^xiii—Sr01—O004	64.2 (3)	O003^x—Sr02—C1^xiii	74.0 (7)
Sr02^xiii—Sr01—O004^x	85.27 (15)	O003^x—Sr02—C1^xxxi	111.8 (7)
Sr02^xiii—Sr01—O004^xii	159.6 (4)	O003^xxxi—Sr02—O004ⁱⁱ	85.8 (7)
Sr02^xiii—Sr01—O004^xviii	92.2 (2)	O003^xxxi—Sr02—O004	85.8 (7)
Sr02^xiii—Sr01—O1^xii	129.4 (3)	O003^xxxi—Sr02—O004^xiii	146.5 (5)
Sr02^xiii—Sr01—O1^xiii	25.5 (4)	O003^xxxi—Sr02—O1ⁱⁱ	87.2 (5)
Sr02^xiii—Sr01—O1^xviii	94.65 (14)	O003^xxxi—Sr02—O1^x	65.2 (5)
Sr02^xiii—Sr01—O1^xxvii	88.3 (2)	O003^xxxi—Sr02—O1^xiii	150.2 (3)
Sr02^xiii—Sr01—O1^xxviii	124.4 (2)	O003^xxxi—Sr02—O1^xxxiv	150.2 (3)
Sr02^xiii—Sr01—O1^xxix	77.1 (3)	O003^xxxi—Sr02—O1^xxxv	87.2 (5)
Sr02^xiii—Sr01—C1	63.5 (3)	O003^xxxi—Sr02—O1^xxix	65.2 (5)
Sr02^xiii—Sr01—C1^x	65.7 (4)	O003^xxxi—Sr02—C1ⁱⁱ	75.8 (8)
Sr02^xiii—Sr01—C1^xii	155.9 (5)	O003^xxxi—Sr02—C1	75.8 (8)
Sr02^xiii—Sr01—C1^xiii	20.3 (5)	O003^xxxi—Sr02—C1^x	79.5 (9)
Sr02^xiii—Sr01—C1^xv	95.8 (2)	O003^xxxi—Sr02—C1^xiii	177.1 (4)
Sr02^xiii—Sr01—C1^xviii	110.9 (4)	O003^xxxi—Sr02—C1^xxxi	2.8 (4)
Sr02^xv—Sr01—Sr02^xvi	148.91 (12)	O004ⁱⁱ—Sr02—O004	166.9 (7)
Sr02^xv—Sr01—Sr02^xxv	52.21 (2)	O004ⁱⁱ—Sr02—O004^xiii	90.7 (6)
Sr02^xv—Sr01—Sr02^xxvi	74.04 (11)	O004ⁱⁱ—Sr02—O1ⁱⁱ	54.3 (3)
Sr02^xv—Sr01—Sr02^xvii	88.23 (8)	O004ⁱⁱ—Sr02—O1^x	66.4 (4)
Sr02^xv—Sr01—Sr02^xviii	88.23 (8)	O004ⁱⁱ—Sr02—O1^xiii	122.5 (7)
Sr02^xv—Sr01—Sr02^xx	112.91 (7)	O004ⁱⁱ—Sr02—O1^xxxiv	67.8 (7)
Sr02^xv—Sr01—Sr02^xxi	112.91 (7)	O004ⁱⁱ—Sr02—O1^xxxv	115.2 (3)
Sr02^xv—Sr01—O003^x	103.9 (3)	O004ⁱⁱ—Sr02—O1^xxix	118.5 (5)
Sr02^xv—Sr01—O003^xii	103.9 (3)	O004ⁱⁱ—Sr02—C1ⁱⁱ	28.9 (5)
Sr02^xv—Sr01—O003^xviii	155.7 (7)	O004ⁱⁱ—Sr02—C1	138.5 (5)
Sr02^xv—Sr01—O004	44.8 (6)	O004ⁱⁱ—Sr02—C1^x	94.2 (3)
Sr02^xv—Sr01—O004^x	134.22 (14)	O004ⁱⁱ—Sr02—C1^xiii	93.9 (7)
Sr02^xv—Sr01—O004^xii	134.22 (14)	O004ⁱⁱ—Sr02—C1^xxxi	85.6 (7)
Sr02^xv—Sr01—O004^xviii	93.7 (4)	O004—Sr02—O004^xiii	90.7 (6)
Sr02^xv—Sr01—O1^xii	109.6 (2)	O004—Sr02—O1ⁱⁱ	115.2 (3)
Sr02^xv—Sr01—O1^xiii	40.5 (2)	O004—Sr02—O1^x	118.5 (5)
Sr02^xv—Sr01—O1^xviii	121.8 (3)	O004—Sr02—O1^xiii	67.8 (7)
Sr02^xv—Sr01—O1^xxvii	40.5 (2)	O004—Sr02—O1^xxxiv	122.5 (7)
Sr02^xv—Sr01—O1^xxviii	121.8 (3)	O004—Sr02—O1^xxxv	54.3 (3)
Sr02^xv—Sr01—O1^xxix	109.6 (2)	O004—Sr02—O1^xxix	66.4 (4)
Sr02^xv—Sr01—C1	43.2 (6)	O004—Sr02—C1ⁱⁱ	138.5 (5)
Sr02^xv—Sr01—C1^x	114.2 (3)	O004—Sr02—C1	28.9 (5)
Sr02^xv—Sr01—C1^xii	114.2 (3)	O004—Sr02—C1^x	94.2 (3)
Sr02^xv—Sr01—C1^xiii	46.92 (19)	O004—Sr02—C1^xiii	93.9 (7)
Sr02^xv—Sr01—C1^xv	46.92 (19)	O004—Sr02—C1^xxxi	85.6 (7)
Sr02^xv—Sr01—C1^xviii	125.5 (7)	O004^xiii—Sr02—O1ⁱⁱ	64.3 (5)
Sr02^xvi—Sr01—Sr02^xxv	121.65 (4)	O004^xiii—Sr02—O1^x	142.0 (5)
Sr02^xvi—Sr01—Sr02^xxvi	137.05 (8)	O004^xiii—Sr02—O1^xiii	51.7 (4)
Sr02^xvi—Sr01—Sr02^xvii	70.09 (5)	O004^xiii—Sr02—O1^xxxiv	51.7 (4)
Sr02^xvi—Sr01—Sr02^xviii	70.09 (5)	O004^xiii—Sr02—O1^xxxv	64.3 (5)
Sr02^xvi—Sr01—Sr02^xx	93.76 (7)	O004^xiii—Sr02—O1^xxix	142.0 (5)
Sr02^xvi—Sr01—Sr02^xxi	93.76 (7)	O004^xiii—Sr02—C1ⁱⁱ	85.2 (7)
Sr02^xvi—Sr01—O003^x	75.8 (3)	O004^xiii—Sr02—C1	85.2 (7)
Sr02^xvi—Sr01—O003^xii	75.8 (3)	O004^xiii—Sr02—C1^x	134.0 (9)
Sr02^xvi—Sr01—O003^xviii	6.8 (7)	O004^xiii—Sr02—C1^xiii	30.6 (5)
Sr02^xvi—Sr01—O004	166.3 (6)	O004^xiii—Sr02—C1^xxxi	143.6 (5)
Sr02^xvi—Sr01—O004^x	64.2 (3)	O1ⁱⁱ—Sr02—O1^x	115.9 (3)
Sr02^xvi—Sr01—O004^xii	64.2 (3)	O1ⁱⁱ—Sr02—O1^xiii	115.9 (5)
Sr02^xvi—Sr01—O004^xviii	55.2 (3)	O1ⁱⁱ—Sr02—O1^xxxiv	88.2 (4)
Sr02^xvi—Sr01—O1^xii	96.3 (2)	O1ⁱⁱ—Sr02—O1^xxxv	61.1 (2)
Sr02^xvi—Sr01—O1^xiii	118.3 (3)	O1ⁱⁱ—Sr02—O1^xxix	152.4 (6)
Sr02^xvi—Sr01—O1^xviii	30.6 (2)	O1ⁱⁱ—Sr02—C1ⁱⁱ	28.9 (4)
Sr02^xvi—Sr01—O1^xxvii	118.3 (3)	O1ⁱⁱ—Sr02—C1	87.5 (3)
Sr02^xvi—Sr01—O1^xxviii	30.6 (2)	O1ⁱⁱ—Sr02—C1^x	146.8 (4)
Sr02^xvi—Sr01—O1^xxix	96.3 (2)	O1ⁱⁱ—Sr02—C1^xiii	90.3 (5)
Sr02^xvi—Sr01—C1	167.9 (6)	O1ⁱⁱ—Sr02—C1^xxxi	84.8 (5)
Sr02^xvi—Sr01—C1^x	80.6 (4)	O1^x—Sr02—O1^xiii	114.8 (4)
Sr02^xvi—Sr01—C1^xii	80.6 (4)	O1^x—Sr02—O1^xxxiv	90.7 (5)
Sr02^xvi—Sr01—C1^xiii	114.9 (4)	O1^x—Sr02—O1^xxxv	152.4 (6)
Sr02^xvi—Sr01—C1^xv	114.9 (4)	O1^x—Sr02—O1^xxix	52.4 (3)
Sr02^xvi—Sr01—C1^xviii	23.4 (7)	O1^x—Sr02—C1ⁱⁱ	87.1 (4)
Sr02^xxv—Sr01—Sr02^xxvi	80.30 (6)	O1^x—Sr02—C1	132.1 (7)
Sr02^xxv—Sr01—Sr02^xvii	122.44 (11)	O1^x—Sr02—C1^x	31.1 (5)
Sr02^xxv—Sr01—Sr02^xviii	54.95 (4)	O1^x—Sr02—C1^xiii	117.3 (5)
Sr02^xxv—Sr01—Sr02^xx	129.40 (7)	O1^x—Sr02—C1^xxxi	67.7 (5)
Sr02^xxv—Sr01—Sr02^xxi	80.92 (6)	O1^xiii—Sr02—O1^xxxiv	54.9 (4)
Sr02^xxv—Sr01—O003^x	155.8 (4)	O1^xiii—Sr02—O1^xxxv	88.2 (4)
Sr02^xxv—Sr01—O003^xii	51.9 (3)	O1^xiii—Sr02—O1^xxix	90.7 (5)
Sr02^xxv—Sr01—O003^xviii	123.9 (2)	O1^xiii—Sr02—C1ⁱⁱ	133.4 (8)
Sr02^xxv—Sr01—O004	64.2 (3)	O1^xiii—Sr02—C1	86.2 (7)
Sr02^xxv—Sr01—O004^x	159.6 (4)	O1^xiii—Sr02—C1^x	88.5 (8)
Sr02^xxv—Sr01—O004^xii	85.27 (15)	O1^xiii—Sr02—C1^xiii	31.0 (3)
Sr02^xxv—Sr01—O004^xviii	92.2 (2)	O1^xiii—Sr02—C1^xxxi	151.1 (3)
Sr02^xxv—Sr01—O1^xii	77.1 (3)	O1^xxxiv—Sr02—O1^xxxv	115.9 (5)
Sr02^xxv—Sr01—O1^xiii	88.3 (2)	O1^xxxiv—Sr02—O1^xxix	114.8 (4)
Sr02^xxv—Sr01—O1^xviii	124.4 (2)	O1^xxxiv—Sr02—C1ⁱⁱ	86.2 (7)
Sr02^xxv—Sr01—O1^xxvii	25.5 (4)	O1^xxxiv—Sr02—C1	133.4 (8)
Sr02^xxv—Sr01—O1^xxviii	94.65 (14)	O1^xxxiv—Sr02—C1^x	88.5 (8)
Sr02^xxv—Sr01—O1^xxix	129.4 (3)	O1^xxxiv—Sr02—C1^xiii	31.0 (3)
Sr02^xxv—Sr01—C1	63.5 (3)	O1^xxxiv—Sr02—C1^xxxi	151.1 (3)
Sr02^xxv—Sr01—C1^x	155.9 (5)	O1^xxxv—Sr02—O1^xxix	115.9 (3)
Sr02^xxv—Sr01—C1^xii	65.7 (4)	O1^xxxv—Sr02—C1ⁱⁱ	87.5 (3)
Sr02^xxv—Sr01—C1^xiii	95.8 (2)	O1^xxxv—Sr02—C1	28.9 (4)
Sr02^xxv—Sr01—C1^xv	20.3 (5)	O1^xxxv—Sr02—C1^x	146.8 (4)
Sr02^xxv—Sr01—C1^xviii	110.9 (4)	O1^xxxv—Sr02—C1^xiii	90.3 (5)
Sr02^xxvi—Sr01—Sr02^xvii	132.45 (7)	O1^xxxv—Sr02—C1^xxxi	84.8 (5)
Sr02^xxvi—Sr01—Sr02^xviii	132.45 (7)	O1^xxix—Sr02—C1ⁱⁱ	132.1 (7)
Sr02^xxvi—Sr01—Sr02^xx	50.52 (8)	O1^xxix—Sr02—C1	87.1 (4)
Sr02^xxvi—Sr01—Sr02^xxi	50.52 (8)	O1^xxix—Sr02—C1^x	31.1 (5)
Sr02^xxvi—Sr01—O003^x	98.0 (6)	O1^xxix—Sr02—C1^xiii	117.3 (5)
Sr02^xxvi—Sr01—O003^xii	98.0 (6)	O1^xxix—Sr02—C1^xxxi	67.7 (5)
Sr02^xxvi—Sr01—O003^xviii	130.3 (7)	C1ⁱⁱ—Sr02—C1	109.7 (5)
Sr02^xxvi—Sr01—O004	29.3 (6)	C1ⁱⁱ—Sr02—C1^x	117.9 (5)
Sr02^xxvi—Sr01—O004^x	83.8 (4)	C1ⁱⁱ—Sr02—C1^xiii	102.6 (8)
Sr02^xxvi—Sr01—O004^xii	83.8 (4)	C1ⁱⁱ—Sr02—C1^xxxi	74.3 (8)
Sr02^xxvi—Sr01—O004^xviii	167.7 (4)	C1—Sr02—C1^x	117.9 (5)
Sr02^xxvi—Sr01—O1^xii	49.6 (3)	C1—Sr02—C1^xiii	102.6 (8)
Sr02^xxvi—Sr01—O1^xiii	96.9 (4)	C1—Sr02—C1^xxxi	74.3 (8)
Sr02^xxvi—Sr01—O1^xviii	155.1 (2)	C1^x—Sr02—C1^xiii	103.4 (9)
Sr02^xxvi—Sr01—O1^xxvii	96.9 (4)	C1^x—Sr02—C1^xxxi	82.4 (9)
Sr02^xxvi—Sr01—O1^xxviii	155.1 (2)	C1^xiii—Sr02—C1^xxxi	174.3 (4)
Sr02^xxvi—Sr01—O1^xxix	49.6 (3)	Sr01^ix—O003—Sr01^xi	150.7 (5)
Sr02^xxvi—Sr01—C1	30.8 (6)	Sr01^ix—O003—Sr01^xxi	104.5 (3)
Sr02^xxvi—Sr01—C1^x	76.4 (6)	Sr01^ix—O003—Sr02	58.3 (3)
Sr02^xxvi—Sr01—C1^xii	76.4 (6)	Sr01^ix—O003—Sr02ⁱⁱⁱ	139.9 (10)
Sr02^xxvi—Sr01—C1^xiii	96.8 (5)	Sr01^ix—O003—Sr02^ix	76.2 (3)
Sr02^xxvi—Sr01—C1^xv	96.8 (5)	Sr01^ix—O003—Sr02^xxvi	90.0 (7)
Sr02^xxvi—Sr01—C1^xviii	160.4 (7)	Sr01^ix—O003—O1	115.8 (10)
Sr02^xvii—Sr01—Sr02^xviii	89.28 (14)	Sr01^ix—O003—O1^xxxv	58.1 (4)
Sr02^xvii—Sr01—Sr02^xx	102.06 (12)	Sr01^ix—O003—C1	91.9 (8)
Sr02^xvii—Sr01—Sr02^xxi	156.01 (7)	Sr01^xi—O003—Sr01^xxi	104.5 (3)
Sr02^xvii—Sr01—O003^x	43.4 (7)	Sr01^xi—O003—Sr02	139.9 (10)
Sr02^xvii—Sr01—O003^xii	129.3 (6)	Sr01^xi—O003—Sr02ⁱⁱⁱ	58.3 (3)
Sr02^xvii—Sr01—O003^xviii	74.6 (5)	Sr01^xi—O003—Sr02^ix	76.2 (3)
Sr02^xvii—Sr01—O004	118.6 (4)	Sr01^xi—O003—Sr02^xxvi	90.0 (7)
Sr02^xvii—Sr01—O004^x	77.9 (4)	Sr01^xi—O003—O1	58.1 (4)
Sr02^xvii—Sr01—O004^xii	134.2 (2)	Sr01^xi—O003—O1^xxxv	115.8 (10)
Sr02^xvii—Sr01—O004^xviii	44.98 (8)	Sr01^xi—O003—C1	91.9 (8)
Sr02^xvii—Sr01—O1^xii	159.9 (2)	Sr01^xxi—O003—Sr02	66.2 (4)
Sr02^xvii—Sr01—O1^xiii	49.1 (3)	Sr01^xxi—O003—Sr02ⁱⁱⁱ	66.2 (4)
Sr02^xvii—Sr01—O1^xviii	40.34 (16)	Sr01^xxi—O003—Sr02^ix	167.2 (13)
Sr02^xvii—Sr01—O1^xxvii	97.0 (4)	Sr01^xxi—O003—Sr02^xxvi	83.1 (8)
Sr02^xvii—Sr01—O1^xxviii	70.6 (2)	Sr01^xxi—O003—O1	106.5 (8)
Sr02^xvii—Sr01—O1^xxix	100.2 (3)	Sr01^xxi—O003—O1^xxxv	106.5 (8)
Sr02^xvii—Sr01—C1	117.6 (3)	Sr01^xxi—O003—C1	89.2 (10)
Sr02^xvii—Sr01—C1^x	71.4 (7)	Sr02—O003—Sr02ⁱⁱⁱ	83.6 (5)
Sr02^xvii—Sr01—C1^xii	149.1 (5)	Sr02—O003—Sr02^ix	104.7 (7)
Sr02^xvii—Sr01—C1^xiii	44.8 (3)	Sr02—O003—Sr02^xxvi	125.0 (5)
Sr02^xvii—Sr01—C1^xv	102.4 (5)	Sr02—O003—O1	86.1 (8)
Sr02^xvii—Sr01—C1^xviii	55.9 (4)	Sr02—O003—O1^xxxv	43.0 (3)
Sr02^xviii—Sr01—Sr02^xx	156.01 (7)	Sr02—O003—C1	50.8 (5)
Sr02^xviii—Sr01—Sr02^xxi	102.06 (12)	Sr02ⁱⁱⁱ—O003—Sr02^ix	104.7 (7)
Sr02^xviii—Sr01—O003^x	129.3 (6)	Sr02ⁱⁱⁱ—O003—Sr02^xxvi	125.0 (5)
Sr02^xviii—Sr01—O003^xii	43.4 (7)	Sr02ⁱⁱⁱ—O003—O1	43.0 (3)
Sr02^xviii—Sr01—O003^xviii	74.6 (5)	Sr02ⁱⁱⁱ—O003—O1^xxxv	86.1 (8)
Sr02^xviii—Sr01—O004	118.6 (4)	Sr02ⁱⁱⁱ—O003—C1	50.8 (5)
Sr02^xviii—Sr01—O004^x	134.2 (2)	Sr02^ix—O003—Sr02^xxvi	109.7 (7)
Sr02^xviii—Sr01—O004^xii	77.9 (4)	Sr02^ix—O003—O1	62.8 (5)
Sr02^xviii—Sr01—O004^xviii	44.98 (8)	Sr02^ix—O003—O1^xxxv	62.8 (5)
Sr02^xviii—Sr01—O1^xii	100.2 (3)	Sr02^ix—O003—C1	78.0 (11)
Sr02^xviii—Sr01—O1^xiii	97.0 (4)	Sr02^xxvi—O003—O1	148.0 (5)
Sr02^xviii—Sr01—O1^xviii	70.6 (2)	Sr02^xxvi—O003—O1^xxxv	148.0 (5)
Sr02^xviii—Sr01—O1^xxvii	49.1 (3)	Sr02^xxvi—O003—C1	172.3 (10)
Sr02^xviii—Sr01—O1^xxviii	40.34 (16)	O1—O003—O1^xxxv	59.7 (8)
Sr02^xviii—Sr01—O1^xxix	159.9 (2)	O1—O003—C1	35.3 (7)
Sr02^xviii—Sr01—C1	117.6 (3)	O1^xxxv—O003—C1	35.3 (7)
Sr02^xviii—Sr01—C1^x	149.1 (5)	Sr01—O004—Sr01^ix	137.6 (2)
Sr02^xviii—Sr01—C1^xii	71.4 (7)	Sr01—O004—Sr01^xi	137.6 (2)
Sr02^xviii—Sr01—C1^xiii	102.4 (5)	Sr01—O004—Sr01^xxi	95.5 (5)
Sr02^xviii—Sr01—C1^xv	44.8 (3)	Sr01—O004—Sr02	83.6 (4)
Sr02^xviii—Sr01—C1^xviii	55.9 (4)	Sr01—O004—Sr02ⁱⁱⁱ	83.6 (4)
Sr02^xx—Sr01—Sr02^xxi	60.18 (11)	Sr01—O004—Sr02^xv	97.0 (10)
Sr02^xx—Sr01—O003^x	58.7 (7)	Sr01—O004—O1	139.3 (10)
Sr02^xx—Sr01—O003^xii	116.8 (7)	Sr01—O004—O1^xxxv	139.3 (10)
Sr02^xx—Sr01—O003^xviii	87.9 (6)	Sr01—O004—C1	176 (2)
Sr02^xx—Sr01—O004	74.5 (5)	Sr01^ix—O004—Sr01^xi	80.3 (4)
Sr02^xx—Sr01—O004^x	33.3 (3)	Sr01^ix—O004—Sr01^xxi	74.5 (6)
Sr02^xx—Sr01—O004^xii	79.1 (3)	Sr01^ix—O004—Sr02	56.4 (3)
Sr02^xx—Sr01—O004^xviii	138.3 (2)	Sr01^ix—O004—Sr02ⁱⁱⁱ	136.7 (7)
Sr02^xx—Sr01—O1^xii	63.0 (3)	Sr01^ix—O004—Sr02^xv	96.1 (3)
Sr02^xx—Sr01—O1^xiii	106.5 (4)	Sr01^ix—O004—O1	81.4 (5)
Sr02^xx—Sr01—O1^xviii	104.7 (3)	Sr01^ix—O004—O1^xxxv	36.1 (6)
Sr02^xx—Sr01—O1^xxvii	146.8 (4)	Sr01^ix—O004—C1	43.8 (7)
Sr02^xx—Sr01—O1^xxviii	124.1 (2)	Sr01^xi—O004—Sr01^xxi	74.5 (6)
Sr02^xx—Sr01—O1^xxix	3.9 (2)	Sr01^xi—O004—Sr02	136.7 (7)
Sr02^xx—Sr01—C1	75.8 (5)	Sr01^xi—O004—Sr02ⁱⁱⁱ	56.4 (3)
Sr02^xx—Sr01—C1^x	30.8 (7)	Sr01^xi—O004—Sr02^xv	96.1 (3)
Sr02^xx—Sr01—C1^xii	88.9 (7)	Sr01^xi—O004—O1	36.1 (6)
Sr02^xx—Sr01—C1^xiii	100.5 (5)	Sr01^xi—O004—O1^xxxv	81.4 (5)
Sr02^xx—Sr01—C1^xv	147.3 (5)	Sr01^xi—O004—C1	43.8 (7)
Sr02^xx—Sr01—C1^xviii	113.7 (6)	Sr01^xxi—O004—Sr02	92.1 (6)
Sr02^xxi—Sr01—O003^x	116.8 (7)	Sr01^xxi—O004—Sr02ⁱⁱⁱ	92.1 (6)
Sr02^xxi—Sr01—O003^xii	58.7 (7)	Sr01^xxi—O004—Sr02^xv	167.6 (7)
Sr02^xxi—Sr01—O003^xviii	87.9 (6)	Sr01^xxi—O004—O1	109.4 (11)
Sr02^xxi—Sr01—O004	74.5 (5)	Sr01^xxi—O004—O1^xxxv	109.4 (11)
Sr02^xxi—Sr01—O004^x	79.1 (3)	Sr01^xxi—O004—C1	89 (2)
Sr02^xxi—Sr01—O004^xii	33.3 (3)	Sr02—O004—Sr02ⁱⁱⁱ	166.9 (9)
Sr02^xxi—Sr01—O004^xviii	138.3 (2)	Sr02—O004—Sr02^xv	89.3 (6)
Sr02^xxi—Sr01—O1^xii	3.9 (2)	Sr02—O004—O1	125.5 (4)
Sr02^xxi—Sr01—O1^xiii	146.8 (4)	Sr02—O004—O1^xxxv	64.3 (2)
Sr02^xxi—Sr01—O1^xviii	124.1 (2)	Sr02—O004—C1	96.2 (3)
Sr02^xxi—Sr01—O1^xxvii	106.5 (4)	Sr02ⁱⁱⁱ—O004—Sr02^xv	89.3 (6)
Sr02^xxi—Sr01—O1^xxviii	104.7 (3)	Sr02ⁱⁱⁱ—O004—O1	64.3 (2)
Sr02^xxi—Sr01—O1^xxix	63.0 (3)	Sr02ⁱⁱⁱ—O004—O1^xxxv	125.5 (4)
Sr02^xxi—Sr01—C1	75.8 (5)	Sr02ⁱⁱⁱ—O004—C1	96.2 (3)
Sr02^xxi—Sr01—C1^x	88.9 (7)	Sr02^xv—O004—O1	60.3 (7)
Sr02^xxi—Sr01—C1^xii	30.8 (7)	Sr02^xv—O004—O1^xxxv	60.3 (7)
Sr02^xxi—Sr01—C1^xiii	147.3 (5)	Sr02^xv—O004—C1	78.9 (17)
Sr02^xxi—Sr01—C1^xv	100.5 (5)	O1—O004—O1^xxxv	61.4 (4)
Sr02^xxi—Sr01—C1^xviii	113.7 (6)	O1—O004—C1	38.3 (10)
O003^x—Sr01—O003^xii	150.7 (4)	O1^xxxv—O004—C1	38.3 (10)
O003^x—Sr01—O003^xviii	75.5 (3)	Sr01^xi—O1—Sr01^xv	96.6 (3)
O003^x—Sr01—O004	103.0 (4)	Sr01^xi—O1—Sr01^xxi	74.5 (4)
O003^x—Sr01—O004^x	39.8 (6)	Sr01^xi—O1—Sr02ⁱⁱⁱ	80.9 (4)
O003^x—Sr01—O004^xii	118.7 (5)	Sr01^xi—O1—Sr02^ix	80.0 (5)
O003^x—Sr01—O004^xviii	84.7 (7)	Sr01^xi—O1—Sr02^xv	172.5 (4)
O003^x—Sr01—O1^xii	120.2 (7)	Sr01^xi—O1—O003	65.0 (7)
O003^x—Sr01—O1^xiii	67.8 (5)	Sr01^xi—O1—O004	109.4 (9)
O003^x—Sr01—O1^xviii	61.1 (5)	Sr01^xi—O1—O1^xxxv	122.8 (9)
O003^x—Sr01—O1^xxvii	133.7 (6)	Sr01^xi—O1—C1	96.9 (18)
O003^x—Sr01—O1^xxviii	96.2 (5)	Sr01^xv—O1—Sr01^xxi	164.0 (3)
O003^x—Sr01—O1^xxix	56.9 (8)	Sr01^xv—O1—Sr02ⁱⁱⁱ	102.8 (4)
O003^x—Sr01—C1	103.2 (4)	Sr01^xv—O1—Sr02^ix	89.0 (3)
O003^x—Sr01—C1^x	28.2 (10)	Sr01^xv—O1—Sr02^xv	83.2 (6)
O003^x—Sr01—C1^xii	137.7 (7)	Sr01^xv—O1—O003	149.8 (7)
O003^x—Sr01—C1^xiii	60.3 (5)	Sr01^xv—O1—O004	145.6 (11)
O003^x—Sr01—C1^xv	140.9 (7)	Sr01^xv—O1—O1^xxxv	123.5 (7)
O003^x—Sr01—C1^xviii	78.3 (5)	Sr01^xv—O1—C1	160.1 (11)
O003^xii—Sr01—O003^xviii	75.5 (3)	Sr01^xxi—O1—Sr02ⁱⁱⁱ	63.1 (3)
O003^xii—Sr01—O004	103.0 (4)	Sr01^xxi—O1—Sr02^ix	102.2 (5)
O003^xii—Sr01—O004^x	118.7 (5)	Sr01^xxi—O1—Sr02^xv	103.8 (3)
O003^xii—Sr01—O004^xii	39.8 (6)	Sr01^xxi—O1—O003	37.4 (3)
O003^xii—Sr01—O004^xviii	84.7 (7)	Sr01^xxi—O1—O004	36.1 (7)
O003^xii—Sr01—O1^xii	56.9 (8)	Sr01^xxi—O1—O1^xxxv	72.2 (5)
O003^xii—Sr01—O1^xiii	133.7 (6)	Sr01^xxi—O1—C1	35.8 (9)
O003^xii—Sr01—O1^xviii	96.2 (5)	Sr02ⁱⁱⁱ—O1—Sr02^ix	158.6 (9)
O003^xii—Sr01—O1^xxvii	67.8 (5)	Sr02ⁱⁱⁱ—O1—Sr02^xv	91.8 (5)
O003^xii—Sr01—O1^xxviii	61.1 (5)	Sr02ⁱⁱⁱ—O1—O003	97.9 (5)
O003^xii—Sr01—O1^xxix	120.2 (7)	Sr02ⁱⁱⁱ—O1—O004	61.4 (2)
O003^xii—Sr01—C1	103.2 (4)	Sr02ⁱⁱⁱ—O1—O1^xxxv	120.6 (4)
O003^xii—Sr01—C1^x	137.7 (7)	Sr02ⁱⁱⁱ—O1—C1	93.7 (6)
O003^xii—Sr01—C1^xii	28.2 (10)	Sr02^ix—O1—Sr02^xv	107.5 (4)
O003^xii—Sr01—C1^xiii	140.9 (7)	Sr02^ix—O1—O003	65.1 (5)
O003^xii—Sr01—C1^xv	60.3 (5)	Sr02^ix—O1—O004	116.8 (6)
O003^xii—Sr01—C1^xviii	78.3 (5)	Sr02^ix—O1—O1^xxxv	63.8 (4)
O003^xviii—Sr01—O004	159.6 (10)	Sr02^ix—O1—C1	79.1 (9)
O003^xviii—Sr01—O004^x	59.6 (5)	Sr02^xv—O1—O003	118.2 (5)
O003^xviii—Sr01—O004^xii	59.6 (5)	Sr02^xv—O1—O004	68.0 (8)
O003^xviii—Sr01—O004^xviii	62.0 (8)	Sr02^xv—O1—O1^xxxv	62.5 (6)
O003^xviii—Sr01—O1^xii	90.7 (6)	Sr02^xv—O1—C1	85.3 (16)
O003^xviii—Sr01—O1^xiii	123.5 (6)	O003—O1—O004	64.4 (8)
O003^xviii—Sr01—O1^xviii	36.2 (7)	O003—O1—O1^xxxv	60.2 (7)
O003^xviii—Sr01—O1^xxvii	123.5 (6)	O003—O1—C1	33.5 (16)
O003^xviii—Sr01—O1^xxviii	36.2 (7)	O004—O1—O1^xxxv	59.3 (3)
O003^xviii—Sr01—O1^xxix	90.7 (6)	O004—O1—C1	38.4 (11)
O003^xviii—Sr01—C1	161.1 (9)	O1^xxxv—O1—C1	36.7 (11)
O003^xviii—Sr01—C1^x	77.1 (5)	Sr01—C1—Sr01^ix	117.0 (3)
O003^xviii—Sr01—C1^xii	77.1 (5)	Sr01—C1—Sr01^xi	117.0 (3)
O003^xviii—Sr01—C1^xiii	119.4 (6)	Sr01—C1—Sr01^xiii	106.3 (8)
O003^xviii—Sr01—C1^xv	119.4 (6)	Sr01—C1—Sr01^xv	106.3 (8)
O003^xviii—Sr01—C1^xviii	30.1 (10)	Sr01—C1—Sr01^xxi	62.0 (3)
O004—Sr01—O004^x	106.0 (6)	Sr01—C1—Sr02	54.8 (3)
O004—Sr01—O004^xii	106.0 (6)	Sr01—C1—Sr02ⁱⁱⁱ	54.8 (3)
O004—Sr01—O004^xviii	138.4 (7)	Sr01—C1—Sr02^ix	164.7 (14)
O004—Sr01—O1^xii	72.3 (6)	Sr01—C1—Sr02^xv	67.9 (6)
O004—Sr01—O1^xiii	72.6 (6)	Sr01—C1—Sr02^xxvi	117.8 (7)
O004—Sr01—O1^xviii	158.8 (4)	Sr01—C1—O003	122.7 (12)
O004—Sr01—O1^xxvii	72.6 (6)	Sr01—C1—O004	2.6 (14)
O004—Sr01—O1^xxviii	158.8 (4)	Sr01—C1—O1	101.8 (13)
O004—Sr01—O1^xxix	72.3 (6)	Sr01—C1—O1^xxxv	101.8 (13)
O004—Sr01—C1	1.6 (8)	Sr01^ix—C1—Sr01^xi	113.7 (12)
O004—Sr01—C1^x	92.1 (6)	Sr01^ix—C1—Sr01^xiii	62.4 (2)
O004—Sr01—C1^xii	92.1 (6)	Sr01^ix—C1—Sr01^xv	129.6 (5)
O004—Sr01—C1^xiii	74.9 (6)	Sr01^ix—C1—Sr01^xxi	86.8 (8)
O004—Sr01—C1^xv	74.9 (6)	Sr01^ix—C1—Sr02	65.02 (14)
O004—Sr01—C1^xviii	170.3 (10)	Sr01^ix—C1—Sr02ⁱⁱⁱ	161.2 (11)
O004^x—Sr01—O004^xii	80.3 (3)	Sr01^ix—C1—Sr02^ix	69.1 (5)
O004^x—Sr01—O004^xviii	105.5 (5)	Sr01^ix—C1—Sr02^xv	117.0 (7)
O004^x—Sr01—O1^xii	82.8 (4)	Sr01^ix—C1—Sr02^xxvi	61.2 (7)
O004^x—Sr01—O1^xiii	106.3 (3)	Sr01^ix—C1—O003	59.9 (7)
O004^x—Sr01—O1^xviii	71.5 (4)	Sr01^ix—C1—O004	116.1 (6)
O004^x—Sr01—O1^xxvii	173.3 (3)	Sr01^ix—C1—O1	138.6 (9)
O004^x—Sr01—O1^xxviii	94.4 (3)	Sr01^ix—C1—O1^xxxv	53.6 (11)
O004^x—Sr01—O1^xxix	34.5 (4)	Sr01^xi—C1—Sr01^xiii	129.6 (5)
O004^x—Sr01—C1	107.1 (5)	Sr01^xi—C1—Sr01^xv	62.4 (2)
O004^x—Sr01—C1^x	20.1 (3)	Sr01^xi—C1—Sr01^xxi	86.8 (8)
O004^x—Sr01—C1^xii	98.1 (6)	Sr01^xi—C1—Sr02	161.2 (11)
O004^x—Sr01—C1^xiii	98.7 (4)	Sr01^xi—C1—Sr02ⁱⁱⁱ	65.02 (14)
O004^x—Sr01—C1^xv	178.9 (2)	Sr01^xi—C1—Sr02^ix	69.1 (5)
O004^x—Sr01—C1^xviii	81.3 (6)	Sr01^xi—C1—Sr02^xv	117.0 (7)
O004^xii—Sr01—O004^xviii	105.5 (5)	Sr01^xi—C1—Sr02^xxvi	61.2 (7)
O004^xii—Sr01—O1^xii	34.5 (4)	Sr01^xi—C1—O003	59.9 (7)
O004^xii—Sr01—O1^xiii	173.3 (3)	Sr01^xi—C1—O004	116.1 (6)
O004^xii—Sr01—O1^xviii	94.4 (3)	Sr01^xi—C1—O1	53.6 (11)
O004^xii—Sr01—O1^xxvii	106.3 (3)	Sr01^xi—C1—O1^xxxv	138.6 (9)
O004^xii—Sr01—O1^xxviii	71.5 (4)	Sr01^xiii—C1—Sr01^xv	82.2 (6)
O004^xii—Sr01—O1^xxix	82.8 (4)	Sr01^xiii—C1—Sr01^xxi	138.5 (2)
O004^xii—Sr01—C1	107.1 (5)	Sr01^xiii—C1—Sr02	67.8 (4)
O004^xii—Sr01—C1^x	98.1 (6)	Sr01^xiii—C1—Sr02ⁱⁱⁱ	134.2 (13)
O004^xii—Sr01—C1^xii	20.1 (3)	Sr01^xiii—C1—Sr02^ix	63.0 (4)
O004^xii—Sr01—C1^xiii	178.9 (2)	Sr01^xiii—C1—Sr02^xv	57.1 (5)
O004^xii—Sr01—C1^xv	98.7 (4)	Sr01^xiii—C1—Sr02^xxvi	119.2 (6)
O004^xii—Sr01—C1^xviii	81.3 (6)	Sr01^xiii—C1—O003	115.9 (7)
O004^xviii—Sr01—O1^xii	138.4 (4)	Sr01^xiii—C1—O004	108.1 (16)
O004^xviii—Sr01—O1^xiii	73.0 (5)	Sr01^xiii—C1—O1	94.4 (14)
O004^xviii—Sr01—O1^xviii	34.5 (4)	Sr01^xiii—C1—O1^xxxv	12.3 (8)
O004^xviii—Sr01—O1^xxvii	73.0 (5)	Sr01^xv—C1—Sr01^xxi	138.5 (2)
O004^xviii—Sr01—O1^xxviii	34.5 (4)	Sr01^xv—C1—Sr02	134.2 (13)
O004^xviii—Sr01—O1^xxix	138.4 (4)	Sr01^xv—C1—Sr02ⁱⁱⁱ	67.8 (4)
O004^xviii—Sr01—C1	136.9 (7)	Sr01^xv—C1—Sr02^ix	63.0 (4)
O004^xviii—Sr01—C1^x	109.6 (7)	Sr01^xv—C1—Sr02^xv	57.1 (5)
O004^xviii—Sr01—C1^xii	109.6 (7)	Sr01^xv—C1—Sr02^xxvi	119.2 (6)
O004^xviii—Sr01—C1^xiii	74.1 (6)	Sr01^xv—C1—O003	115.9 (7)
O004^xviii—Sr01—C1^xv	74.1 (6)	Sr01^xv—C1—O004	108.1 (16)
O004^xviii—Sr01—C1^xviii	31.9 (8)	Sr01^xv—C1—O1	12.3 (8)
O1^xii—Sr01—O1^xiii	144.9 (4)	Sr01^xv—C1—O1^xxxv	94.4 (14)
O1^xii—Sr01—O1^xviii	126.8 (3)	Sr01^xxi—C1—Sr02	74.5 (3)
O1^xii—Sr01—O1^xxvii	102.7 (5)	Sr01^xxi—C1—Sr02ⁱⁱⁱ	74.5 (3)
O1^xii—Sr01—O1^xxviii	105.5 (4)	Sr01^xxi—C1—Sr02^ix	133.3 (15)
O1^xii—Sr01—O1^xxix	65.6 (4)	Sr01^xxi—C1—Sr02^xv	129.9 (9)
O1^xii—Sr01—C1	73.6 (5)	Sr01^xxi—C1—Sr02^xxvi	55.8 (7)
O1^xii—Sr01—C1^x	92.1 (8)	Sr01^xxi—C1—O003	60.7 (11)
O1^xii—Sr01—C1^xii	29.5 (8)	Sr01^xxi—C1—O004	59.5 (14)
O1^xii—Sr01—C1^xiii	146.2 (6)	Sr01^xxi—C1—O1	126.3 (9)
O1^xii—Sr01—C1^xv	96.8 (6)	Sr01^xxi—C1—O1^xxxv	126.3 (9)
O1^xii—Sr01—C1^xviii	115.6 (6)	Sr02—C1—Sr02ⁱⁱⁱ	109.7 (7)
O1^xiii—Sr01—O1^xviii	87.8 (4)	Sr02—C1—Sr02^ix	123.7 (3)
O1^xiii—Sr01—O1^xxvii	67.0 (4)	Sr02—C1—Sr02^xv	77.4 (8)
O1^xiii—Sr01—O1^xxviii	107.4 (5)	Sr02—C1—Sr02^xxvi	105.7 (8)
O1^xiii—Sr01—O1^xxix	102.7 (5)	Sr02—C1—O003	108.3 (10)
O1^xiii—Sr01—C1	71.3 (6)	Sr02—C1—O004	54.9 (4)
O1^xiii—Sr01—C1^x	88.5 (6)	Sr02—C1—O1	141 (2)
O1^xiii—Sr01—C1^xii	153.8 (4)	Sr02—C1—O1^xxxv	57.4 (5)
O1^xiii—Sr01—C1^xiii	7.6 (4)	Sr02ⁱⁱⁱ—C1—Sr02^ix	123.7 (3)
O1^xiii—Sr01—C1^xv	74.6 (4)	Sr02ⁱⁱⁱ—C1—Sr02^xv	77.4 (8)
O1^xiii—Sr01—C1^xviii	99.4 (7)	Sr02ⁱⁱⁱ—C1—Sr02^xxvi	105.7 (8)
O1^xviii—Sr01—O1^xxvii	107.4 (5)	Sr02ⁱⁱⁱ—C1—O003	108.3 (10)
O1^xviii—Sr01—O1^xxviii	35.66 (18)	Sr02ⁱⁱⁱ—C1—O004	54.9 (4)
O1^xviii—Sr01—O1^xxix	105.5 (4)	Sr02ⁱⁱⁱ—C1—O1	57.4 (5)
O1^xviii—Sr01—C1	158.0 (4)	Sr02ⁱⁱⁱ—C1—O1^xxxv	141 (2)
O1^xviii—Sr01—C1^x	79.3 (6)	Sr02^ix—C1—Sr02^xv	96.8 (9)
O1^xviii—Sr01—C1^xii	109.1 (5)	Sr02^ix—C1—Sr02^xxvi	77.5 (8)
O1^xviii—Sr01—C1^xiii	84.6 (4)	Sr02^ix—C1—O003	72.6 (10)
O1^xviii—Sr01—C1^xv	108.0 (6)	Sr02^ix—C1—O004	167 (3)
O1^xviii—Sr01—C1^xviii	17.93 (14)	Sr02^ix—C1—O1	69.8 (7)
O1^xxvii—Sr01—O1^xxviii	87.8 (4)	Sr02^ix—C1—O1^xxxv	69.8 (7)
O1^xxvii—Sr01—O1^xxix	144.9 (4)	Sr02^xv—C1—Sr02^xxvi	174.3 (5)
O1^xxvii—Sr01—C1	71.3 (6)	Sr02^xv—C1—O003	169.4 (10)
O1^xxvii—Sr01—C1^x	153.8 (4)	Sr02^xv—C1—O004	70.5 (19)
O1^xxvii—Sr01—C1^xii	88.5 (6)	Sr02^xv—C1—O1	63.7 (16)
O1^xxvii—Sr01—C1^xiii	74.6 (4)	Sr02^xv—C1—O1^xxxv	63.7 (16)
O1^xxvii—Sr01—C1^xv	7.6 (4)	Sr02^xxvi—C1—O003	4.9 (7)
O1^xxvii—Sr01—C1^xviii	99.4 (7)	Sr02^xxvi—C1—O004	115.3 (19)
O1^xxviii—Sr01—O1^xxix	126.8 (3)	Sr02^xxvi—C1—O1	113.6 (17)
O1^xxviii—Sr01—C1	158.0 (4)	Sr02^xxvi—C1—O1^xxxv	113.6 (17)
O1^xxviii—Sr01—C1^x	109.1 (5)	O003—C1—O004	120 (2)
O1^xxviii—Sr01—C1^xii	79.3 (6)	O003—C1—O1	111.2 (16)
O1^xxviii—Sr01—C1^xiii	108.0 (6)	O003—C1—O1^xxxv	111.2 (16)
O1^xxviii—Sr01—C1^xv	84.6 (4)	O004—C1—O1	103.3 (19)
O1^xxviii—Sr01—C1^xviii	17.93 (14)	O004—C1—O1^xxxv	103.3 (19)
O1^xxix—Sr01—C1	73.6 (5)	O1—C1—O1^xxxv	107 (2)

Symmetry codes: (i) x−1, y, z; (ii) x, y−1, z; (iii) x, y+1, z; (iv) x+1, y, z; (v) −x+1/2, −y+1, z−1/2; (vi) −x+1/2, −y+1, z+1/2; (vii) −x+1/2, −y+2, z−1/2; (viii) −x+1/2, −y+2, z+1/2; (ix) −x+3/2, −y+1, z−1/2; (x) −x+3/2, −y+1, z+1/2; (xi) −x+3/2, −y+2, z−1/2; (xii) −x+3/2, −y+2, z+1/2; (xiii) −x+1, y−1/2, −z+1; (xiv) −x+1, y−1/2, −z+2; (xv) −x+1, y+1/2, −z+1; (xvi) −x+1, y+1/2, −z+2; (xvii) x−1/2, −y+1/2, −z+3/2; (xviii) x−1/2, −y+3/2, −z+3/2; (xix) x−1/2, −y+5/2, −z+3/2; (xx) x+1/2, −y+1/2, −z+3/2; (xxi) x+1/2, −y+3/2, −z+3/2; (xxii) x+1/2, −y+5/2, −z+3/2; (xxiii) x−1, y+1, z; (xxiv) −x+3/2, −y, z+1/2; (xxv) −x+1, y+3/2, −z+1; (xxvi) −x+2, y+1/2, −z+1; (xxvii) −x+1, −y+2, −z+1; (xxviii) x−1/2, y, −z+3/2; (xxix) −x+3/2, y−1/2, z+1/2; (xxx) −x+3/2, −y, z−1/2; (xxxi) −x+2, y−1/2, −z+1; (xxxii) x−1/2, −y−1/2, −z+3/2; (xxxiii) x+1/2, −y−1/2, −z+3/2; (xxxiv) −x+1, −y+1, −z+1; (xxxv) x, −y+3/2, z; (xxxvi) x+1, y−1, z; (xxxvii) −x+1, y−3/2, −z+1.

Acknowledgements

The authors acknowledge the Deutsches Elektronen-Synchrotron (DESY, PETRA III) and the Advance Photon Source (APS) for provision of beamtime at the P02.2 and 13-IDD beamlines, respectively. Open access funding enabled and organized by Projekt DEAL.

Funding information

Funding for this research was provided by: Alexander von Humboldt-Stiftung (scholarship to Dominique Laniel); Bundesministerium für Bildung und Forschung (grant No. 05K19WC1 to Natalia Dubrovinskaia, Leonid Dubrovinsky); Deutsche Forschungsgemeinschaft (grant Nos. DU 954-11/1, DU 393-9/2 and DU 393-13/1 to Natalia Dubrovinskaia, Leonid Dubrovinsky; grant No. FOR2125 and within projects WI1232 to Bjoern Winkler); Swedish Government Strategic Research Area in Materials Science on Functional Materials at Linköping University (grant No. 2009 00971 to Natalia Dubrovinskaia).

References

Bayarjargal, L., Fruhner, C.-J., Schrodt, N. & Winkler, B. (2018). Phys. Earth Planet. Interiors, 281, 31–45. CrossRef CAS Google Scholar
Biedermann, N., Speziale, S., Winkler, B., Reichmann, H. J., Koch-Müller, M. & Heide, G. (2017). Phys. Chem. Min. 44, 335–343. CrossRef CAS Google Scholar
Binck, J., Bayarjargal, L., Lobanov, S. S., Morgenroth, W., Luchitskaia, R., Pickard, C. J., Milman, V., Refson, K., Jochym, D. B., Byrne, P. & Winkler, B. (2020). Phys. Rev. Mater. 4, 055001. CrossRef Google Scholar
Binck, J., Laniel, D., Bayarjargal, L., Khandarkhaeva, S., Fedotenko, T., Aslandukov, A., Glazyrin, K., Milman, V., Chariton, S., Prakapenka, V. B., Dubrovinskaia, N., Dubrovinsky, L. & Winkler, B. (2021). Am. Mineral. Submitted. Google Scholar
Birch, F. (1947). Phys. Rev. 71, 809. CrossRef Google Scholar
Boulard, E., Gloter, A., Corgne, A., Antonangeli, D., Auzende, A.-L., Perrillat, J.-P., Guyot, F. & Fiquet, G. (2011). Proc. Natl Acad. Sci. 108, 5184–5187. CrossRef CAS PubMed Google Scholar
Boulard, E., Pan, D., Galli, G., Liu, Z. & Mao, W. L. (2015). Nature Commun. 6, 6311. CrossRef Google Scholar
Bykova, E. (2015). PhD thesis, University of Bayreuth, Germany. Google Scholar
Cerantola, V., Bykova, E., Kupenko, I., Merlini, M., Ismailova, L., McCammon, C., Bykov, M., Chumakov, A. I., Petitgirard, S., Kantor, I., Svitlyk, V., Jacobs, J., Hanfland, M., Mezouar, M., Prescher, C., Rüffer, R., Prakapenka, V. B. & Dubrovinsky, L. (2017). Nature Commun. 8, 15960. CrossRef ICSD Google Scholar
Chariton, S. (2020). PhD thesis, University of Bayreuth, Germany. Google Scholar
Chariton, S., Bykov, M., Bykova, E., Koemets, E., Fedotenko, T., Winkler, B., Hanfland, M., Prakapenka, V. B., Greenberg, E., McCammon, C. & Dubrovinsky, L. (2020). Acta Cryst. E76, 715–719. CrossRef ICSD IUCr Journals Google Scholar
Clark, S. J., Segall, M. D., Pickard, C. J., Hasnip, P. J., Probert, M. I. J., Refson, K. & Payne, M. C. (2005). Z. Kristallogr. Cryst. Mater. 220, 567–570. CrossRef CAS Google Scholar
Dewaele, A., Torrent, M., Loubeyre, P. & Mezouar, M. (2008). Phys. Rev. B, 78, 104102. Web of Science CrossRef Google Scholar
Fedotenko, T., Dubrovinsky, L., Aprilis, G., Koemets, E., Snigirev, A., Snigireva, I., Barannikov, A., Ershov, P., Cova, F., Hanfland, M. & Dubrovinskaia, N. (2019). Rev. Sci. Instrum. 90, 104501. CrossRef Google Scholar
Gavryushkin, P. N., Martirosyan, N. S., Inerbaev, T. M., Popov, Z. I., Rashchenko, S. V., Likhacheva, A. Y., Lobanov, S. S., Goncharov, A. F., Prakapenka, V. B. & Litasov, K. D. (2017). Cryst. Growth Des. 17, 6291–6296. Web of Science CrossRef CAS Google Scholar
Ishizawa, N., Setoguchi, H. & Yanagisawa, K. (2013). Sci. Rep. 3, 2832. Web of Science CSD CrossRef PubMed Google Scholar
Kantor, I., Prakapenka, V., Kantor, A., Dera, P., Kurnosov, A., Sinogeikin, S., Dubrovinskaia, N. & Dubrovinsky, L. (2012). Rev. Sci. Instrum. 83, 125102. Web of Science CrossRef PubMed Google Scholar
Laniel, D. (2020). CCDC/Fiz Karlsruhe Communication. doi: 10.5517/ccdc.csd.cc2617bv. Google Scholar
Laniel, D., Bykov, M., Fedotenko, T., Ponomareva, A. V., Abrikosov, I. A., Glazyrin, K., Svitlyk, V., Dubrovinsky, L. & Dubrovinskaia, N. (2019). Inorg. Chem. 58, 9195–9204. CrossRef ICSD CAS PubMed Google Scholar
Laniel, D., Winkler, B., Bykova, E., Fedotenko, T., Chariton, S., Milman, V., Bykov, M., Prakapenka, V., Dubrovinsky, L. & Dubrovinskaia, N. (2020). Phys. Rev. B, 102, 134109. CrossRef Google Scholar
Laniel, D., Winkler, B., Fedotenko, T., Pakhomova, A., Chariton, S., Milman, V., Prakapenka, V., Dubrovinsky, L. & Dubrovinskaia, N. (2020). Phys. Rev. Lett. 124, 216001. CrossRef PubMed Google Scholar
Lejaeghere, K. et al. (2016). Science, 351, aad3000. CrossRef PubMed Google Scholar
Liu, L.-G. & Lin, C.-C. (1997). Am. Mineral. 82, 643–646. CrossRef CAS Google Scholar
Lobanov, S. S., Dong, X., Martirosyan, N. S., Samtsevich, A. I., Stevanovic, V., Gavryushkin, P. N., Litasov, K. D., Greenberg, E., Prakapenka, V. B., Oganov, A. R. & Goncharov, A. F. (2017). Phys. Rev. B, 96, 104101. CrossRef Google Scholar
Merlini, M., Cerantola, V., Gatta, G. D., Gemmi, M., Hanfland, M., Kupenko, I., Lotti, P., Müller, H. & Zhang, L. (2017). Am. Mineral. 102, 1763–1766. Web of Science CrossRef Google Scholar
Merlini, M., Hanfland, M., Salamat, A., Petitgirard, S. & Müller, H. (2015). Am. Mineral. 100, 2001–2004. Web of Science CrossRef ICSD Google Scholar
Milman, V., Akhmatskaya, E. V., Nobes, R. H., Winkler, B., Pickard, C. J. & White, J. A. (2001). Acta Cryst. B57, 163–177. Web of Science CrossRef CAS IUCr Journals Google Scholar
Miwa, K. (2011). Phys. Rev. B, 84, 094304. Web of Science CrossRef Google Scholar
Monkhorst, H. J. & Pack, J. D. (1976). Phys. Rev. B, 13, 5188. CrossRef Web of Science Google Scholar
Ono, S., Kikegawa, T. & Ohishi, Y. (2007). Am. Mineral. 92, 1246–1249. CrossRef CAS Google Scholar
Orcutt, B. N., Daniel, I. & Dasgupta, R. (2019). Deep Carbon: Past to Present. Cambridge University Press. Google Scholar
Perdew, J. P., Burke, K. & Ernzerhof, M. (1996). Phys. Rev. Lett. 77, 3865. CrossRef PubMed Web of Science Google Scholar
Petříček, V., Dušek, M. & Palatinus, L. (2014). Z. Kristallogr. Cryst. Mater. 229, 345–352. Google Scholar
Reeder, R. J. (1983). Editor. Carbonates: Mineralogy and Chemistry. Berlin, Boston: De Gruyter. Google Scholar
Rigaku (2015). CrysAlisPRO. Rigaku Oxford Diffraction, Yarnton, England. Google Scholar
Sagatova, D., Shatskiy, A., Sagatov, N., Gavryushkin, P. N. & Litasov, K. D. (2020). Lithos, 370, 105637. CrossRef Google Scholar
Sheldrick, G. M. (2008). Acta Cryst, A64, 112–122. Web of Science CrossRef CAS IUCr Journals Google Scholar
Vogel, S. & Schnick, W. (2018). Chem. Eur. J. 24, 14275–14281. CrossRef ICSD CAS PubMed Google Scholar
Winkler, B., Zemann, J. & Milman, V. (2000). Acta Cryst. B56, 648–653. Web of Science CrossRef CAS IUCr Journals Google Scholar

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