Cyclotron resonance of both magnetopolaron branches for polar and neutral optical phonon coupling in the layer compound InSe
Physical Review B 45:20 (1992) 12144-12147
Abstract:
Resonant polaron coupling has been observed by cyclotron resonance of two-dimensional electrons in the polar semiconductor InSe. Both upper and lower branches of the magnetopolaron are seen over a wide range of field (B=18-34 T), allowing an accurate test of polaron theories. A homopolar phonon is also observed to give resonant coupling, via a deformation potential, and we present a theoretical treatment of this coupling mechanism. This gives an accurate value of g2=0.001 0.0005 for the coupling constant. © 1992 The American Physical Society.CARRIER-CONCENTRATION-DEPENDENT POLARON CYCLOTRON-RESONANCE IN GAAS HETEROSTRUCTURES
PHYSICAL REVIEW B 45:8 (1992) 4296-4300
CYCLOTRON-RESONANCE OF THE QUASI-2-DIMENSIONAL ELECTRON-GAS AT HG1-XCDXTE GRAIN-BOUNDARIES
SEMICONDUCTOR SCIENCE AND TECHNOLOGY 7:4 (1992) 511-515
CYCLOTRON-RESONANCE IN INAS/GASB HETEROSTRUCTURES
SEMICONDUCTOR SCIENCE AND TECHNOLOGY 7:7 (1992) 985-993
ENHANCED CARRIER DENSITIES AND DEVICE PERFORMANCE IN PIEZOELECTRIC PSEUDOMORPHIC HIGH-ELECTRON MOBILITY TRANSISTOR STRUCTURES
APPLIED PHYSICS LETTERS 61:9 (1992) 1072-1074