Search Results - "Korzun, B. V."

AgGaSe2 thin films grown by chemical close-spaced vapor transport for photovoltaic applications: structural, compositional and optical properties by Merschjann, C, Mews, M, Mete, T, Karkatzinou, A, Rusu, M, Korzun, B V, Schorr, S, Schubert-Bischoff, P, Seeger, S, Schedel-Niedrig, Th, Lux-Steiner, M-Ch

“…Thin films of chalcopyrite AgGaSe(2) have been successfully grown on glass and glass/molybdenum substrates using the technique of chemical close-spaced vapor…”
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A copper-deficient tetragonal phase derived from chalcopyrite CuGaS2 by Salak, A N, Zhaludkevich, A L, Korzun, B V, Lisenkov, A D, Zheludkevich, M L

“…Direct synthesis of CuGaS(2) from elemental ingredients in a two-zone furnace resulted in a macroseparation of Cu-rich and Ga-rich regions over the…”
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Studying the adaptability of promising breeding forms of tea to static environmental factors by Vavilova, L. V., Korzun, B. V.

“…The article presents the results of a long-term assessment of the adaptive potential of breeding forms of tea plants cultivated in the natural and climatic…”
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Phase relations in the Cu2Te–Al2Te3 semiconductor system by Korzun, B. V., Fadzeyeva, A. A., Bente, K., Doering, Th

“…The T-x phase diagram of the Cu 2 Te–Al 2 Te 3 semiconductor system was achieved experimentally using 24 different mixtures of the binary compounds. The…”
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Phase correlations in the CuAlSe2-CuAlTe2 system by Korzun, B. V., Fadzeyeva, A. A., Bente, K., Schmitz, W., Kommichau, G.

“…Alloys in the CuAlSe2–CuAlTe2 system were synthesized in BN‐crucibles in silica tubes under vacuum to obtain the corresponding phase equilibria. X‐ray powder…”
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Growth and optical properties of CuAlTe2 by Korzun, B. V., Fadzeyeva, A. A., Mudryi, A. V., Schorr, S.

“…Bulk crystals of the ternary CuAlTe2 semiconductor with chalcopyrite structure were prepared and their structural and optical properties, including…”
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Heat capacity and thermodynamic functions of the CuAlS2 semiconductor in the temperature range from 80 to 300 K by Korzun, B. V., Mianzelen, R. R., Sheleg, A. U., Tekhanovich, N. P., Bente, K., Schmitz, W.

“…The molar heat capacity at constant pressure CP has been measured for CuAlS2 semiconductor in the temperature range from 80 to 300 K for the first time. From…”
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T-x phase diagram of the Cu2S-Al2S3 quasibinary system by KORZUN, B. V, BENTE, K, MIANZELEN, R. R, DOERING, Th, KOMMICHAU, G, SCHMITZ, W, FADZEYEVA, A. A

“…The T-x phase diagram of the Cu^sub 2^S-Al^sub 2^S^sub 3^ system was achieved experimentally from 35 different mixtures of the binary compounds. The results of…”
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CuIn1−xFexS2 - from the new metastable sphalerite to the stable chalcopyrite phase by Korzun, B. V., Pushkarev, A. V., Zhaludkevich, A. L., Olekhnovich, N. M., Rusu, M., Lux-Steiner, M. C.

“…Stable phase CuIn1−xFexS2 (x ≤ 0.10) crystals of chalcopyrite structure were prepared by annealing synthesized CuIn1−xFexS2 material with the new quasicubic…”
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Exciton spectra and energy band structure of CuAlS2 crystals by SYRBU, N. N, KORZUN, B. V, FADZEYEVA, A. A, MIANZELEN, R. R, URSAKI, V. V, GALBIC, I

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Interaction between BNc and titanium in vacuum by Korzun, B. V., Ignatenko, O. V., Lebedev, S. A.

“…The thermal stability of cubic boron nitride in vacuum at temperatures up to 1470 K in contact with titanium is studied by means of the differential thermal,…”
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Magnetic properties investigations of Mn substituted ABX2 chalcopyrites by Schorr, S., Hoehne, R., Spemann, D., Doering, Th, Korzun, B. V.

“…Powder samples of Mn2x Cu1–x InS2 (x = 0.03) and Mn2x Cu1–x AlS2 (x = 0.01) were studied by X‐ray diffraction and magnetization measurements. With regard to…”
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Optical constants of yttrium–iron garnet single-crystal film structures by Sobol, V. R., Volchik, T. V., Arabei, S. M., Korzun, B. V., Kalanda, N. A.

“…Light-attenuation spectra of yttrium–iron garnet single-crystal film structures grown on a gallium–gadolinium garnet substrate by liquid-phase epitaxy from the…”
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Thermal expansion and structural properties of (CuAlTe2)1-x(CuAlSe2)x solid solutions by Korzun, B. V., Fadzeyeva, A. A., Bente, K., Schmitz, W., Schorr, S.

“…Investigations of the thermal expansion of (CuAlTe2)1–x(CuAlSe2)x solid solutions in the temperature range from 100 to 800 K have been carried out for the…”
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GENEPOOL OF SUBTROPIC, SOUTH FRUIT AND FLOWER-DECORATIVE PLANTS OF THE ADYGH BRANCH OF THE FSBSI ARSRIFSC by B. V. Korzun, E. K. Pchikhachev

“…The article substantiates the need to preserve and replenish the gene pool of subtropical, southern fruit crops and flower-decorative plants in the foothill…”
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Features of growth and development Of tea selection forms in adygea by L. V. Vavilova, B. V. Korzun

“…The article presents the results of the study of the seasonal rhythm of growth and development of tea plants due to their response to environmental conditions…”
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Temperature Dependence of the Thermal Expansion Coefficient of (CuInSe2)1-x(2ZnSe)x Solid Solutions by Bodnar, I. V., Korzun, B. V., Chibusova, L. V.

“…Investigations have been made for the first time of the thermal expansion of (CuInSe2)1—x‐(2ZnSe)x solid solutions. It has been demonstrated that the thermal…”
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Temperature Dependence of Thermal Expansion Coefficient of (CuInTe2)1-x(2ZnTe)x Solid Solutions by Bodnar, I.V., Korzun, B.V., Chibusova, L.V.

“…Investigations have been made for the first time of the thermal expansion of the (CuInTe2)1—x(2ZnTe)x solid solutions. It has been demonstrated that the…”
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CuIn sub(1-x)Fe sub(x)S sub(2) - from the new metastable sphalerite to the stable chalcopyrite phase by Korzun, B V, Pushkarev, A V, Zhaludkevich, AL, Olekhnovich, N M, Rusu, M, Lux-Steiner, M C

“…Stable phase CuIn sub(1-x)Fe sub(x)S sub(2) (x less than or equal to 0.10) crystals of chalcopyrite structure were prepared by annealing synthesized CuIn…”
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Cu I n 1− x F e x S 2 – from the new metastable sphalerite to the stable chalcopyrite phase by Korzun, B. V., Pushkarev, A. V., Zhaludkevich, A. L., Olekhnovich, N. M., Rusu, M., Lux‐Steiner, M. C.

“…Stable phase CuIn 1− x Fe x S 2 ( x  ≤ 0.10) crystals of chalcopyrite structure were prepared by annealing synthesized CuIn 1− x Fe x S 2 material with the new…”
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