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Figure 4
Theoretical efficiencies of ML-FZPs made out of Al2O3 and Ta2O5 with different Δrn as a function of thickness. CWT parameters were: zones parallel to optical axis, magnification of 10000×, line-to-space ratio 1:1. |
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Figure 4
Theoretical efficiencies of ML-FZPs made out of Al2O3 and Ta2O5 with different Δrn as a function of thickness. CWT parameters were: zones parallel to optical axis, magnification of 10000×, line-to-space ratio 1:1. |