Abstract

An application of the continuous wave four-wave mixing technique for studying the nature of metastable centers in semiconductors is presented. The results of measurements of the four-wave mixing scattering efficiency dependence on the intensity of the write beams for CdF2 crystals doped with In or Ga are presented and theoretically explained. It is also shown that the obtained results can be used for identification of the sign of the Hubbard correlation energy of metastable centers in semiconductors.

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