SOLIDS IN STRONG MAGNETIC-FIELDS AT HIGH-PRESSURES - STATIC PROPERTIES AND LATTICE-DYNAMICS

The equation of state and other thermodynamic functions of solids cons isting of many electron atoms in strong magnetic fields arising in som e laser experiments and astrophysical objects are calculated within th e Kadomtzev's approach up to the high-pressure range. All static therm odynamic functions under consideration are obtained from the two-param etric scaling relations on the atomic number and magnetic field from t he universal functions of the specific volume. At this high-pressure r egion, lattice dynamics of monoatomic solids in strong magnetic fields are considered. Vibrational spectra of face-centered cubic lattice of neon are obtained, which do not satisfy any scaling law and differ fr om that one in the absence of the magnetic field, especially in the lo ng wave region.