Size effect on quantum magnetic and thermo-magnetic oscillations in the non-spin domain phase

Abstract

Magnetic and thermo-magnetic (magneto-caloric) oscillations are studied in quantizing magnetic fields in slabs under conditions of the existence of non-spin (Condon) domains. Size effects on the magnetization oscillations in thin samples are calculated in the domain phase. Computations are carried out in the center of the period of the magnetization and temperature oscillations, taking into account the sample size. Phase diagrams, describing diamagnetic phase transitions and formation of Condon domains, are presented in finite size silver and quasi-two-dimensional organic conductors (2D) samples.