… rises again to x CdTe = 0.5 (d = 0.85 µm). The variable … and carrier lifetime τ ≈ 0.8–1.3 µs.
The estimated intrinsic concentration … , the contribution of circular parts can be more enhanced …

… by an optical field is proportional to the electric field. In … , such as the photorefraction, photo-and
electrical conductivity. … to still further enhancement of the efficiency by a factor of 1.3×. (iv) …

… by an optical field is proportional to the electric field. In … , such as the photorefraction, photo-and
electrical conductivity. … to still further enhancement of the efficiency by a factor of 1.3×. (iv) …

… to 11 K show great improvement in luminescence emission, … (Zn) are studied to determine
photorefractive properties and … ) in the range of 1.5–1.3 eV. It is profoundly visible in the case of …

… such as GaAs, InP, CdTe,30 and semiconductor multiquanturn … A convenient way to apply
electric field to photorefractive … Sensitivity can be drastically enhanced when an electric field …

… need to apply a large electric field (~100 V/µm). The success … the visible regime using (Se/SeTe
and CdS/CdTe) again with … and have room for improvement as understanding grows and …

… of CdTe initially designed to structurally improve the lattice of … using CVD, plasma-enhanced
chemical vapor deposition … , and the high operating electric fields (10–40 V/μm) necessary to …

… electrode enhanced the LC responses due to the surface … In this thesis, the key role of ITO
in the surface photorefractive effect, … coupling the director field with present electric fields, the …

… , this electric field has to be calculated from the external field … of the optical fields and
shows resonance enhancement near … electro-optic and photorefractive rnaterials.Very recent …

… the space charge field (Esc in photorefractive materials. The … electric fields, generated by
electric charges, and magnetic … , such as mercury-cadmium-telluride. That same material is …