This paper gives a thorough treatment of a new effect of non‐steady‐state photo‐
electromotive‐force (emf). The effect consists of an alternating electric current arising in a …

We employ an optical technique requiring no electrodes to measure three parameters
characterizing photorefractive traps in nominally undoped n-type bismuth silicate at 515-and …

The effect of the non-steady-state photoelectromotive force (PEMF) in photoconductive
crystals is considered for excitation frequencies equal to or higher than the inverse …

An optical method for studying the transport properties of photogenerated electrons in the
photoconducting electro-optic crystal of BiI2Si020 is described. The physical model in which …

Large values of the exponential gain coefficient Γ are obtained (Γ≂ 8–12 cm− 1) when
recording with a moving grating in photorefractive BSO crystals (nearly degenerate two …

A new simple technique for the determination of the diffusion length in photoconductive
insulators is presented. A steady-state photocarrier grating is created by two interfering laser …

This is the first characterization of both positive and negative charge carriers as well as deep
traps in any crystal sufficient to predict photorefractive behavior for all beam geometries on …

It is shown that weakly damped space-charge waves exist in photorefractive crystals with a
sufficiently large lifetime–mobility product. The dispersion law, the damping constant, and …

We have studied the phenomenon of light propagation in an optically active linearly
birefringent medium with particular reference to the electro‐optic crystal of Bi12SiO20 …

Time-resolved buildup of a photorefractive grating induced in Bi12SiO20 by picosecond light
pulses clickable element to expand a topic LOGIN OR CREATE ACCOUNT PRISM …