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2020•Hrčak Portal of scientific journals of Croatia (University Computing Centre)Open access

Thermodynamic and electrophysical properties of nanosized cobalt-cuprate-manganite and nickelite-cuprate-manganite oxides

B. K. Kassenov, Sh. B. Kassenova, Zhenisgul Imangalievna Sagintaeva, Е. Е. Куанышбеков, A. A. Mukhtar

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Abstract

Cobalt-cuprate-manganite LaCaCoCuMnO 6 and nickelite-cuprate-manganite LaCaNiCuMnO 6 oxides, were synthesized with ceramic processing technology from calcium carbonate and oxides of La(III), Co(II), Ni(II), Cu(II) and Mn(III).The nanodimensional particles were received with the milling at Retsch (Germany).The experimental and calculation methods determined their thermodynamic and electrophysical characteristics.

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Cobalt-cuprate-manganite LaCaCoCuMnO 6 and nickelite-cuprate-manganite LaCaNiCuMnO 6 oxides, were synthesized with ceramic processing technology from calcium carbonate and oxides of La(III), Co(II), Ni(II), Cu(II) and Mn(III).The nanodimensional particles were received with the milling at Retsch (Germany).The experimental and calculation methods determined their thermodynamic and electrophysical characteristics.

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Available abstract

Cobalt-cuprate-manganite LaCaCoCuMnO 6 and nickelite-cuprate-manganite LaCaNiCuMnO 6 oxides, were synthesized with ceramic processing technology from calcium carbonate and oxides of La(III), Co(II), Ni(II), Cu(II) and Mn(III).The nanodimensional particles were received with the milling at Retsch (Germany).The experimental and calculation methods determined their thermodynamic and electrophysical characteristics.

Key concepts: Manganite, Cuprate, Cobalt, Materials science, Lanthanum manganite, Metallurgy, Doping, Condensed matter physics

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