The ac field technique leading to the enhancement of the photorefractive effect is applied to
vanadium-doped cadmium telluride. Net photorefractive gain is obtained for the three …

We report large enhancement of the two-beam-coupling gain in vanadium-doped cadmium
telluride. We used the applied-alternating-field method with square and sinusoidal …

The photorefractive properties of two CdTe: V crystals are compared in the infrared range.
For both crystals, an increase of the electron-hole competition factor (from electrons to holes) …

We present a photorefractive investigation of the vanadium doped CdTe at different
wavelengths from 1.06 μm to 1.55 μm. The sensitivity and performances of different samples …

We report observations of the photorefractive effect in vanadium-doped Cd 0.55 Mn 0.45 Te.
The photorefractive response was observed in the red and near infrared, over the broad …

The first study of the photorefractive properties of doped CdTe has demonstrated high
sensitivity for optical processing applications. Of the binary II‐VI and III‐V semiconductors …

For optical telecommunication networks, optical switching is now being studied. Different
solutions have been proposed (integrated optics, free space switching, etc.), and …

We present electro-optical characterization (by deep level transient spectroscopy, deep level
optical spectroscopy and photo-induced current transient spectroscopy) on vanadium doped …

Vanadium doped CdTe (CdTe: V) behaves as an efficient photorefractive material due to its
higher figure of merit (n3r41) than InP: Fe. It is a potential material for optoelectronic …

Tin is shown to be a suitable dopant that makes it possible to grow cadmium telluride
crystals with considerably reduced conductivity (semi‐insulating material) and ensures a …