Indium tin oxide (ITO) exhibits high transmittance and low resistivity, enabling its combination with a glass substrate to form a transparent ITO-absorbing glass. The absorption performance of absorbing architectural glass is significantly influenced by the thickness of various ITO c...
The transmittance was analyzed by taking account of the multiple reflection in the YBa/sub 2/Cu/sub 3/O/sub 7/ and MgO layers. Linear increase of the transmittance with temperature in the normal phase was explained by the Drude model, in which parameters (plasma frequency, relaxation time) ...
According to the above analysis, transmittance of FEP film at 355 nm is 93.86%, and the total transmittance loss of 6.14% consists of 5.85% double faced reflectance and 0.29% absorption of polymer film along with the surface scattering. The result indicates that, through decreasing the reflect...
Studies of the reflection and transmission of S and P waves have given us the following picture of the internal structure of the earth: outer layer, called the crust, is relatively thin. The thickness of the crust is approximately 50 km, less than 1% of the radius of the earth (6.37 ×...
The transmittance T of light beam and the reflectance R can be obtained by T = tt* and R = rr*, respectively. 3. Multiple CPA−LPs and Half Wave Phase Shift The transmittivity log10(T) in parameter space is described in Figure 2a. The parameters space is constituted by the loss/...
The combination of thinness (thickness ≪λ) and low loss means that fabrics will cause only slight absorption and reflection losses to the millimeter-wave signals. Bjarnason et al. [1] have published a number of fabric attenuation measurements covering the millimeter-wave, terahertz, and ...
2, we calculated the reflection, transmission, and absorption spectra of the proposed design at 358 K. It is clear that in this working mode, the transmission spectrum values (blue dotted line) from 0.3 to 1.5 THz are almost 0, which demonstrates that a 1 µm-thick metallic state VO2 ...
An enhanced, numerically stable transmittance matrix approach is developed and is applied to the implementation of the rigorous coupled-wave analysis for s... MG Moharam,DA Pommet,EB Grann,... - 《J.opt.soc.am.a》 被引量: 2496发表: 1995年 Analysis and applications of optical diffraction by...
In the numerical simulation, a \(\pi\) phase shift was introduced at the standard mirror reflection. For the \({N}_{w}\) = 8 diffractive multi-wavelength OPC processor shown in Supplementary Fig. S1b, the input and output apertures are designed to have a circular shape with a ...
(1)R(ω) = 1-Г(ω)-τ(ω)(2)S11 = 10·logГ(ω)where R(ω) is the absorbing rate, Γ(ω) is the reflectance, and τ(ω) is the transmittance. In CST, parameter S can be derived from permittivity, permeability, and frequency. The reflection loss can be further calculated ...