Quantum theory of thermogalvanomagnetic phenomena (TGMP) in conductors with equal concentration of electrons and holes

For the case of a magnetic quantization field a method is developed to calculate the conductivity current and heat flow up to terms of 1/(Ωτ) 2 ; Ω and τ being the cyclotron resonance frequency of the carriers and the relaxation time, respectively. The kinetical coefficients, determined by these currents, are necessary for the investigation of TGMP in conductors with equal concentrations of electrons and holes and also of the oscillations of the Hall constant in normal conductors. For the scattering on a short‐range potential the dependence of σ (2 ) xy on the magnetic field is analysed.