''N collaboration with W. Kohn, the author has ~ - recently' treated the problem of cyclotron resonance for degenerate bands in semiconductors such as Ge and Si. In particular, it was …

Conductivity of semiconductors: mobility: Cyclotron resonance is used to obtain information on effective masses. Hall coefficient: Hall measurements are used to determine carrier …

The most general form of the Hamiltonian of an electron or hole in a semiconductor such as Si or Ge, in the presence of an external homogeneous magnetic field, is given. Two methods of …

FoR electrons of a semiconductor situated in a magnetic field, there are two types of resonances connected with the cyclotron frequency WH. These are cyclotron resonance, when the …

Theory of Cyclotron Resonance. One of the most straightforward methods of measuring effective mass in a semiconductor is to study the behavior of the carriers in the presence of a magnetic …

Lecture 18 - Semiconductors - continued 5 Physics 460 F 2006 Lect 18 25 Cyclotron Resonance • Experimental way to measure effective masses • Magnetic field B defines particular direct in …

Cyclotron resonance is one of the most direct and ac-curate tool to measure the e ective mass components in semiconductors. The basic idea of cyclotron resonance measurement is that …

This paper will discuss the experimental techniques used in the obser- vation of cyclotron resonance in semiconductors, the experimental problems involved, and the results which have …

1989年5月1日 · The electron scattering behaviour in semiconductors is explored at the quantum limit for Ge, GaAs and InSb, making use of the FIR cyclotron resonance. The inverse …

Cyclotron resonance is a powerful tool to determine the effective mass of carriers, and to study energy band structure, electronic states, electron interactions with other elementary …