HIGH-FIELD MAGNETOCONDUCTIVITY OF DOUBLE-QUANTUM-WELL SYSTEMS

The high-field magnetoconductivity of double-quantum-well structures i s treated on the basis of a microscopic one-particle model which inclu des broadening effects due to disorder, finite temperatures, and a phe nomenological inclusion of inelastic scattering processes. The theoret ical results are consistent with the experimentally observed suppressi on of quantum Hall states at odd integer filling factors.