The thermal magnetoresistance, optical magnetoreflectance, and extremal properties of the energy loss spectrum connected with the cyclotron resonance effect are approached on a theoretical basis. The formalism, which applies the idea of two kinds of relaxation times active for the electron magnetotransport in a metal, gives – at least qualitatively – a satisfactory agreement with the observed d...

The magneto-optical properties of simple hexagonal graphite exhibit rich beating oscillations, which are dominated by the field strength and photon energy. The former has a strong effect on the intensity, the energy range of the beating and the number of groups, and the latter modulates the total group numbers of the oscillation structures. The single-particle and collective excitations are sim...