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VOLUME 39 (1984) | ISSUE 12 | PAGE 553
Photoconductivity of a gapless semiconductor produced as a result of formation of an energy gap
The measurement of interband photoconductivity is an effective method for observing the energy gap formed in a gapless semiconductor by a quantizing magnetic field or a uniaxial deformation. Resonance recombination transitions with the participation of longitudinal optical phonons are observed.