|
Figure 6
Dependence of the dip depth (normalized to the edge jump) on the absorber concentration. As a rule of thumb, a ratio between H2O and Mn of 103 corresponds to 50 mM, a ratio of 104 to 5 mM and so on. |
|
Figure 6
Dependence of the dip depth (normalized to the edge jump) on the absorber concentration. As a rule of thumb, a ratio between H2O and Mn of 103 corresponds to 50 mM, a ratio of 104 to 5 mM and so on. |