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The thermopower coefficient S of the light heavy-fermion system YbMgCu 4 and, for comparison, the thermopower coefficient of metallic LuMgCu 4 are measured in the temperature range 5–300 K. It is shown that the YbMgCu 4 compound has a fairly broad region of homogeneity. The obtained data on the...
Nanostructuring of natural isoferroplatinum crystals is revealed by atomic-force microscopy for the first time. Typical scales of ∼30, 50, and 100 nm are determined and the self-affine character of their relation is established using a wavelet analysis.
The temperature dependences of the intensity of the main acoustic resonance peak for two samples of gadolinium molybdate Gd 2 (MoO 4 ) 3 are measured in the temperature range 22–165°C, involving the Curie temperature. It is revealed that low-frequency fluctuations of the amplitude of the...
The case where the magnetic flux inside an electronic loop varies with time is considered for an experiment in which the Aharonov-Bohm effect is observed. The electromagnetic field and potentials of a solenoid with an alternating current are studied. It is shown that the vector potential outside...
The light absorption spectra of multilayer nanoporous metallic films containing spherical dielectric inclusions are calculated in the framework of the self-consistent electrodynamic approach (the Korringa-Kohn-Rostoker method). It is demonstrated that the coupling between Mie plasmons in...
The magnetoelastic mechanism of the magnetoelectric interaction characterized by the energy ϕ mu is analyzed theoretically. This interaction is described in terms of the expansion of the magnetic energy ϕ m in powers of components of the vectors u j (displacements of crystal lattice sites from...
The structure of semiconductor crystals Zn 1− x V x 2+ Se ( x = 0.0018) and Zn 1− x Cr x 2+ Se ( x = 0.0006) was studied for the first time using thermal neutron diffraction at 300 and 120 K. The diffraction patterns of the crystals were revealed to contain diffuse scattering regions near the...
It is shown that the interferometric measurement of small displacements and small-displacement velocities can be used to determine internal stresses or the stresses induced by an applied load in solids and to control structural changes in them. The interferometric method based on the measurement...
The heat capacity at constant pressure C p for LuZnCu 4 is measured in the temperature 3–250 K. The parameter γ, i.e., the coefficient of the linear-in-temperature term of the electronic component of heat capacity, is determined. The contribution of the magnetic component of the heat capacity...
The structural stability and lattice dynamics of the high-pressure bcc phase of Zr at a constant temperature T = 500 K are studied for various volumes using molecular dynamics simulation with the Animalu pair pseudopotential. Dispersion curves of the vibrational spectrum calculated by the...
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