Abstract
The nonlinear theory is presented for light-induced drift (LID) in the region where the drift velocity has an anomalous temperature dependence and change sign with increasing temperature. It is shown for the first time that the anomalous temperature dependence of the LID velocity leads to self-excited oscillations in the concentration of the absorbing gas and the temperature. Nonlinear effects caused by a dependence of the LID velocity on radiation intensity are investigated too.
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