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The non-annealed glassy samples show maximum optical transmittance at the level of 65% (Figure 4).
The maximum optical transmittance modulation of these 3D porous films was up to 50% over the visible and near IR wavelength range.
High-quality multilayer films with the sheet resistance of 4.5 Ω/sq and the maximum optical transmittance of 85% at 100 °C annealing temperature are obtained.
High-quality multilayer films with a sheet resistance of 2.6 Ω/sq and the maximum optical transmittance of 77.86% at 100 °C annealing temperature are obtained.
It was also observed that 2 at.% is the optimal doping amount in order to achieve the minimum resistivity and maximum optical transmittance.
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The Mo-doped films showed maximum optical transmittances in the visible range from 35to45%5% and decreased IR modulation efficiency from 36 to 25% with increasing substitutional Mo content from 3 to 11%.
Devices used in the current work showed a power peak of 4.22 mW/cm2 at the maximum power point and a smart modulation of optical transmittance of 50.16% (at 700 nm).
The optical transmittance of the fabricated tactile sensor is approximately 86% in the visible wavelength region, and the maximum bending radius is approximately 30 mm.
The multilayer film has been optimized to obtain an average optical transmittance of ~81% in the visible range of wavelengths, while the figure of merit (FOM) reached a maximum of 14.6×10−3 Ω−14.6×10−3
(a) Optical transmittance of graphene film.
Fig. 2 Optical transmittance of GrPyC.
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maximum optical enhancement
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maximum optical absorption
maximum optical efficiency
maximum optical effect
maximum optical gain
maximum optical yield
maximum average transmittance
maximum optical slope
maximum optical thickness
maximum optical fiber
maximum optical density
maximum optical resolution
maximum optical power
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