Search Results - "Dimitrov, M. V."

Effect of Oxygen Pressure on the Thermodynamic Stability of Nd0.85Ba0.15MnO3 by Fedorova, O. M., Vedmid’, L. B., Dimitrov, V. M.

“…— This paper presents a study of the structure of the Nd 0.85 Ba 0.15 MnO 3 compound and its stability at a reduced oxygen partial pressure. Structural…”
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Structure and Thermodynamic Stability of LuFe2O4 by Vedmid’, L. B., Fedorova, O. M., Dimitrov, V. M.

“…Synthesis of a multiferroic of composition LuFe 2 O 4 at a temperature of 1363 K and low oxygen pressures, its crystal structure, and thermodynamic properties…”
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Structure and Thermal Properties of TmFe2O4 at Various Temperatures and Oxygen Pressures by Vedmid’, L. B., Fedorova, O. M., Dimitrov, V. M., Balakirev, V. F.

“…The stability range of TmFe 2 O 4 was studied at a temperature of 1090°C and reduced oxygen pressure in the gas phase. Using experimental data obtained for…”
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Stability Analysis of YbFe2O4 under Low Partial Oxygen Pressure by Vedmid’, L. B., Dimitrov, V. M., Fedorova, O. M.

“…YbFe 2 O 4 has been synthesized for the first time at 1090°C under reduced oxygen pressure. A distinctive feature of the synthesis is the use of a gas mixture…”
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Low-temperature synthesis under low oxygen pressure and thermodynamic properties of YbFe 2 O 4-δ by Vedmid', L. B., Dimitrov, V. M., Fedorova, O. M.

“…The mixed-valence compound YbFe2O4-d was synthesized using a modified method that allows employing gaseous atmosphere with a controlled ratio of inert gas and…”
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Low-temperature synthesis under low oxygen pressure and thermodynamic properties of YbFe2O4-δ by L. B. Vedmid', V. M. Dimitrov, O. M. Fedorova

“…The mixed-valence compound YbFe2O4-d was synthesized using a modified method that allows employing gaseous atmosphere with a controlled ratio of inert gas and…”
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Hydrogels based on polycarboxylic acid-agar-agar complexes by Baranovskii, V. Yu, Ganev, V. G., Petkova, V. B., Voicheva, Kh. Ch, Dimitrov, M. V.

“…IR spectroscopy and viscometry data have shown that poly(acrylic acid) and poly(methacrylic acid) form complexes with agar-agar in aqueous solutions as they do…”
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