Techniques of laboratory of electronic and superconducting properties of metals and alloys
Investigations of electrophysical properties of materials in wide range of temperature including cryogenic ones.
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Correlations of anomalies of electrophysical properties and structural parameters of metals and alloys 
Temperature dependencies: |
Registration of Sn allotropic transformations by anomalies of resistance temperature dependencies. 
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The measurements of the critical parameters superconductors and magnetization curves for high-coercivity ferromagnetic materials in the field range up to 200 kOe.
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High magnetic properties of bulk polycrystalline extruded Dy. 
The critical currents (Jc) vs the magnetic field (B) for the alloy Nb-Ti-Ta after different heat treatment |
Field dependences of magnetization for extruded Dy at 4,2 (1) and 77K (3) and for Dy single cristal along b (2) and a (4) directions. 
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The measurements of the magnetic properties for soft ferromagnetic and superconducting materials at 4,2, 77 and 300 K.
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The effect of the low temperature deformation on the magnetic properties of V. 
The peak effect for V. Magnetization curves for samples: initial state (1) and after deformation by drawing (80%) at 77K (2) |
Investigation of electron-phonon interactions in metals and alloys in the normal and superconducting states.
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Manifestation of superconductivity of copper in Cu-Nb composite in the experiment on the ultrasonic absorption 
The dependence of the absosorption of the ultrasonic signal of frequency 30MHz in a Cu-Nb sample at low temperatures. |
