Abstract:
Low-temperature photoluminescence data are used to study the redistribution of the background impurities and host components of $p$-CdZnTe single crystals with a resistivity of 1–50 $\Omega$ cm upon their interaction with infrared laser radiation. The effect of widening of the band gap and the formation of new acceptor centers in response to laser-stimulated changes in the system of intrinsic defects are established. The activation energy of the new acceptor centers is determined.