Search Results - "Shulgin, D. A."

TOPOLOGICAL FEATURES OF THE ELECTRON DENSITY DISTRIBUTION IN COVELLITE: POSITION Cu1 by Pogoreltsev, A. I., Matukhin, V. L., Safonova, O. A., Sharipova, A. R., Islamova, G. N., Shmidt, E. V., Shulgin, D. A.

“…The synthesized sample of covellite was investigated by NQR 63,65Cu methods. The experimentally determined values of the quadrupole frequency νQ and the…”
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Synthesis & characterization of tetrahedrite compounds for thermoelectric applications by Guler, A., Boyraz, C., Shulgin, D. A., Mozzhukhin, G. V., Rameev, B. Z.

“…Thermoelectric materials have attracted much attention due to their potential applications in conversion of heat into electrical power or vice versa to cool…”
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Features of the spin-lattice relaxation of nuclear spins 63,65Cu in the CuAlO2 semiconductor compound by Matukhin, V. L., Shulgin, D. A., Shmidt, S. V., Terukov, E. I.

“…The results of studying the nuclear spin-lattice relaxation of the nuclear spins of 63,65 Cu in the CuAlO 2 semiconductor compound ( T = 77, 300 K) by the…”
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Investigation of the promising thermoelectric compound CuAlO2 by the method of nuclear quadrupole resonance in Cu by Matukhin, V. L., Khabibullin, I. H., Shulgin, D. A., Schmidt, S. V., Terukov, E. I.

“…The results of investigation of the promising thermoelectric compound CuAlO 2 by the nuclear-quadrupole-resonance spectroscopy of the copper nuclei 63, 65 Cu…”
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Features of Electron Density Distribution in Delafossite Cualo2 by Pogoreltsev, A. I., Schmidt, S. V., Gavrilenko, A. N., Shulgin, D. A., Korzun, B. V., Matukhin, V. L.

“…We have used pulsed 63,65 Cu nuclear quadrupole resonance at room temperature to study the semiconductor compound CuAlO 2 with a delafossite crystal structure,…”
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A study of the semiconductor compound СuAlO2 by the method of nuclear quadrupole resonance of Cu by Matukhin, V. L., Khabibulin, I. Kh, Shul’gin, D. A., Smidt, S. V.

“…The method of nuclear quadrupole resonance of Cu (NQR Cu) is used to study the samples of a semiconductor compound CuAlO 2 . The crystal structure of CuAlO 2…”
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