RAShBA G. Spiral and magnetoplasma waves in conductors with magnetoimpurity electron states .

In a thesis the influence magnetoimpurity electron states in normal metals, semimetals and degenerate semiconductors on properties spiral and magnetoplasma waves is considered. Magnetoimpurity states result from combined action on electrons attracting impurity atoms and magnetic field. They caused by essential rearrangement of a spectrum spiral and magnetoplasma waves, result in existence of new branches in a spectrum of these waves. In a thesis the characteristics of waves of a new type are calculated: polarization, spectrum, speed, damping. The methods of diagnostics of new branches in a spectrum of waves in experience on measurement of a surface impedance, electron combination scattering of light in conductors with magnetoimpurity states are developed. The new resonances of an impedance and new maximas in a spectrum of a scattered radiation are predicted.