The polaron effect in GaAs-(Al,Ga)As studied with a pulsed-field magnet: Free-electron-laser combination
PHYSICA B 246 (1998) 400-403
Abstract:
The combination of a 60 T pulsed-field magnet and the continuous tunability of a high power, picosecond free-electron laser provides a powerful facility to study, e.g. cyclotron resonance in a wide range of materials with different effective masses and over a wide range of energies. Here we present the first cyclotron resonance data obtained with this new and unique combination of far-infrared radiation and high magnetic fields. (C) 1998 Elsevier Science B.V. All rights reserved.Critical collapse of the exchange-enhanced spin splitting in two-dimensional systems
PHYSICAL REVIEW B 58:19 (1998) 13036-13046
High-field cyclotron resonance in the conduction bands of GaSb and effective-mass parameters at the L points
PHYSICAL REVIEW B 58:8 (1998) 4560-4565
Magnetic breakdown in the semimetallic InAs/GaSb system
PHYSICAL REVIEW B 58:11 (1998) 7292-7299
Searches for skyrmions in the limit of zero g-factor
SEMICONDUCTOR SCIENCE AND TECHNOLOGY 13:7 (1998) 671-679