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The critical temperature as a function of density for various materials is plotted in Fig. 5a.
Figure 5b shows the critical deposition power as a function of density for different materials.
Figure 4 OTR as a function of density for films with a grammage of 20 g/m 2. OTR was measured at 50% relative humidity.
The black lines correspond to the power law relation Open image in new window Fig. 5 a The corresponding critical temperature as a function of density for different materials.
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Figure 8 Compressional sound velocity as a function of density.
For completeness, the same data and fit are plotted as a function of pressure in Figure 7. Figure 6 Compressional sound velocity as a function of density.
Figure 1(a) shows the threshold for 5% family wise error plotted as a function of marker density for the combined samples.
Figure 10 Performance evaluations of COMAC as a function of vehicle density for different communication ranges.
Figure 2 shows MAIA threshold values as a function of cone density for the different quadrants.
Supporting Information (SI) Figure S1 shows power density as a function of current density with a carbon cloth anode.
Figure 5 Second-order susceptibility as a function of Cu-doping density for a sample with thickness 2.5 nm Figure 6 Second-order susceptibility as a function of Cu-doping density for a thin sample.
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