Controlled thermistor effect in the system CuxNi1-x-yCo2yMn2-yO4 von VAKIV, M, SHPOTYUK, O, MROOZ, O, HADZAMAN, I

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Microstructure, crystal structure and electrical properties of Cu0.1Ni0.8Co0.2Mn1.9O4 ceramics obtained at different sintering conditions von BODAK, O, AKSELRUD, L, PEKHNYO, V, DEMCHENKO, P, KOTUR, B, MROOZ, O, HADZAMAN, I, SHPOTYUK, O, ALDINGER, F, SEIFERT, H, VOLKOV, S

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Semiconductor ceramics for NTC thermistors: the reliability aspects von Altenburg, H., Mrooz, O., Plewa, J., Shpotyuk, O., Vakiv, M.

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Thermoelectrical degradation processes in NTC thermistors for in-rush current protection of electronic circuits von Mrooz, O, Kovalski, A, Pogorzelska, J, Shpotyuk, O, Vakiv, M, Butkiewicz, B, Maciak, J

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On the role of mass-transfer processes in ageing of manganite electroceramics von Vakiv, M., Hadzaman, I., Shpotyuk, O., Mrooz, O., Plewa, J., Altenburg, H., Uphoff, H., Bodak, O., Demchenko, P.

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Thermal modification of ceramic composites based on manganese-containing cube spinels von Hadzaman, I.V., Kovalsky, A.P., Mrooz, O.Ya, Shpotyuk, O.I.

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The influence of γ-irradiation on electrophysical properties of spinel-based oxide ceramics von Kovalskiy, A.P, Shpotyuk, O.I, Hadzaman, I.V, Mrooz, O.Ya, Vakiv, M.M

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Technological modification of spinel-based CuxNi1-x-yCo2yMn2-yO4 ceramics von SHPOTYUK, O, KOVALSKIY, A, MROOZ, O, SHPOTYUK, L, PECHNYO, V, VOLKOV, S

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Controlled thermistor effect in the system Cu xNi 1– x– yCo 2 yMn 2– yO 4 von Vakiv, M., Shpotyuk, O., Mrooz, O., Hadzaman, I.

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Thick-film NTC thermistors based on spinel-type semiconducting electroceramics von Brunets, I., Mrooz, O., Shpotyuk, O., Altenburg, H.

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Technological modification of spinel-based Cu xNi 1– x– yCo 2 yMn 2– yO 4 ceramics von Shpotyuk, O, Kovalskiy, A, Mrooz, O, Shpotyuk, L, Pechnyo, V, Volkov, S

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Aging of copper-nickel-cobalt manganite NTC thermistors [Cu/sub 0.1/Ni/sub 0.8/Co/sub 0.2/Mn/sub 1.9/O/sub 4/] von Mrooz, O., Hadzarnan, I., Vakiv, M., Shpotyuk, O., Plewa, J., Altenburg, H., Uphoff, H.

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Microstructure, crystal structure and electrical properties of Cu 0.1Ni 0.8Co 0.2Mn 1.9O 4 ceramics obtained at different sintering conditions von Bodak, O, Akselrud, L, Demchenko, P, Kotur, B, Mrooz, O, Hadzaman, I, Shpotyuk, O, Aldinger, F, Seifert, H, Volkov, S, Pekhnyo, V

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AGEING PHENOMENA IN Cu0.1Ni0.8Co0.2Mn1.9O4 NTC CERAMICS von Shpotyuk, O, Vakiv, M, Mrooz, O, Hadzaman, I, Plewa, J, Uphoff, H, Altenburg, H

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Thermal modification of ceramic composites based on manganese-containing cube spinels von Hadzaman, I., Kovalsky, P., Mrooz, O., Shpotyuk, O.

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Reversible radiation effects in vitreous As2S3. I. changes of physical properties von Shpotyuk, O. I., Kovalskii, A. P., Vakiv, M. M., Mrooz, O. Ya

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Reversible radiation effects in vitreous As2S3. I. changes of physical properties von Shpotyuk, O. I., Kovalskii, A. P., Vakiv, M. M., Mrooz, O. Ya

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