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 …

The effect of non-steady-state photovoltage in photoconductive crystals for high excitation
frequencies is discussed. The theoretical analysis based on the widely accepted model of a …

Investigations of photoelectric effects occupy an important place in studies of
semiconductors. Recently investigations of photoconductivity and photoelectromotive forces …

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 …

Defects that exhibit some sort of lattice relaxation usually present an energy barrier for
electron capture, and the possibility of developing the phenomenon known as persistent …

Frequently the relation between the electron concentration n and the excitation density G in
a photoconductor can be exactly or approximately described by a power law n∼ Gv …

A photo-emf arises from an optical excitation that is either asymmetric in k-space or occurs at
asymmetries in real space, as is shown by a discussion of the Boltzmann transport equation …

Photoconduction in Doped single crystals is explained according to a model with a
photoexcitable donor level (impurities F, K) and one or two photoexcitable trap levels …

The analysis of the transient photoconductivity in insulators having field-dependent
mobilities is presented. Two specific electric field dependencies, a simple power law, and an …

A frequency-dependent Debye length is derived for the case of unipolar photoconduntivity in
a compensated extrinsic photoconductor. The frequency dependence is associated with the …