Search Results - "Zverkova, I.I"

Geometry effect on spontaneous emission decay in nanosized Y2O3–Eu3+ particles by Zaitsev, S.V., Yermolayeva, Yu.V., Gruzintsev, A.N., Kudrenko, Е.А., Zverkova, I.I., Bezkrovnyi, O., Tolmachev, А.V., Emelchenko, G.А.

“…•Y2O3–Eu3+ nanospheres, nanopowder and nanoplates were produced.•The dominant effect of shape and size on emission decay time has been found.•These effects…”
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Ceramic material ZnSe(Te) fabricated by nanopowder technology: Fabrication, phase transformations and photoluminescence by Kolesnikov, N.N., Borisenko, E.B., Borisenko, D.N., Zverkova, I.I., Tereshchenko, A.N., Timonina, A.V., Gnesin, I.B., Gartman, V.K.

“…New ZnSe ceramic material doped with Te is fabricated by nanopowder technology using cold compaction. It is found that phase composition, Te concentration and…”
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Synthesis and Modification of Carbon Inverse Opal Nanostructres Based on Anthracene and Their Electrochemical Characteristics by Sukhinina, N. S., Masalov, V. M., Zhokhov, A. A., Khodos, I. I., Zverkova, I. I., Liu, Q., Wang, J., Emelchenko, G. A.

“…Carbon structures with the inverse opal lattice modified with nickel compounds have been synthesized by the template method. The carbon precursor is…”
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Evolution of the spectral characteristics upon annealing of lithium borate glasses containing europium and aluminum by Shmurak, S. Z., Kedrov, V. V., Kiselev, A. P., Zver’kova, I. I.

“…The spectral and structural characteristics of lithium borate glasses containing europium and aluminum have been investigated upon annealing at different…”
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Synthesis, Structure, and Electrochemical Characteristics of Carbon Inverse Opals by Sukhinina, N. S., Masalov, V. M., Zhokhov, A. A., Zverkova, I. I., Liu, Q., Wang, J., Emelchenko, G. A.

“…Carbon structures with inverse opal lattice modified with nickel compounds are synthesized. The thermal treatment effect on phase composition of compounds is…”
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The effect of compaction and heat treatment on phase Transitions of ZnSe(Te) bulk material made of nanopowder by Kolesnikov, N.N., Borisenko, E.B., Borisenko, D.N., Zverkova, I.I., Timonina, A.V.

“…ZnSe ceramic material doped with Te was produced at room temperature via compaction of nanocrystalline powders. Phase composition and microstructure were…”
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Synthesis of superconducting (Li,Fe)OHFeSe by 2-propanol-assisted solvothermal method by Palnichenko, A.V., Zver‘kova, I.I.

“…(Li,Fe)OHFeSe superconducting at Tc≃40K has been synthesized by 2-propanol-assisted solvothermal synthetic route. Relatively low-temperature (363–373K)…”
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Superconductivity of shock-wave pressure treated Na/WO 3 mixture by Shakhrai, D.V., Palnichenko, A.V., Zver’kova, I.I.

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Features of nanostructuring in LaMnO 3 + δ (polydisperse and monodisperse structures) by Sedykh, V., Abrosimova, G.E., Shekhtman, V.Sh, Aristova, I.M., Zverkova, I.I., Dubovitskii, A.V., Kulakov, V.I.

“…The formation of polydisperse and monodisperse structures in LaMnO 3 + δ has been investigated by X-ray diffraction (XRD) analysis and transmitting electron…”
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Synthesis of β-FeSe by 2-propanol solvothermal method by Palnichenko, A.V., Zver‘kova, I.I.

“…•β-FeSe was synthesized by solvothermal method.•Magnetic susceptibility and phase composition were studied.•Superconductivity at 8 K was observed.•The…”
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Metastable superconductivity of Mo/MoO 3 − x interface by Palnichenko, A.V., Zver‘kova, I.I., Shakhrai, D.V., Vyaselev, O.M.

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Mossbauer and x-ray studies of the structural phase transformations and suppression of polymorphism in [La.sub.1-x][Sr.sub.x][Mn.sub.0.98][Fe.sub.0.02] [O.sub.3+δ] by Sedykh, V.D, Zverkova, I.I, Shekhtman, V. Sh, Dubovitskii, A.V, Kulakov, V.I

“…The specific features of the structural transformations in [La.sub.1-x][Sr.sub.x][Mn.sub.0.98][Fe.sub.0.02] [O.sub.3+δ] 5 (x = 0.05-0.30) as functions of the…”
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Reversibility of structure phase transitions in LaMnO 3+ δ manganite under heat treatment by Sedykh, V., Shekhtman, V.Sh, Zverkova, I.I., Dubovitskii, A.V., Kulakov, V.I.

“…The effect of heat treatment on the formation and mutual transitions of the structure modifications in the 57Fe-doped LaMnO 3+ δ manganite has been…”
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Metastable superconductivity of W/WO 3 interface by Palnichenko, A.V., Vyaselev, O.M., Mazilkin, A.A., Zver‘kova, I.I., Khasanov, S.S.

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Nanostructuring of lanthanum manganite LaMnO3+δ under phase transition by Aristova, I.M., Sedykh, V.D., Shekhtman, V.Sh, Abrosimova, G.E., Zverkova, I.I., Dubovitskii, A.V., Kulakov, V.I.

“…The effect of transitions between structural modifications of LaMnO3 +δ on the powder particle sizes has been experimentally investigated. Lanthanum manganite…”
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Reversibility of structure phase transitions in LaMnO3+δ manganite under heat treatment by Sedykh, V., Shekhtman, V.Sh, Zverkova, I.I., Dubovitskii, A.V., Kulakov, V.I.

“…The effect of heat treatment on the formation and mutual transitions of the structure modifications in the 57Fe-doped LaMnO3+delta manganite has been…”
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Three-dimensional periodic lattice of Zr[O.sub.2] nanocrystals in transparent silica matrix by Masalov, V.M, Zhokhov, A.A, Gorelik, V.S, Kudrenko, E.A, Shteinman, E.A, Tereshchenko, A.N, Maksimuk, M. Yu, Bazhenov, A.V, Zverkova, I.I, Emelchenko, G.A

“…The conditions for synthesizing an opal--zirconia--carbon nanocomposite in the form of monolithic (without pores) transparent silica with an ordered…”
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Features of nanostructuring in LaMnO3+δ (polydisperse and monodisperse structures) by Sedykh, V., Abrosimova, G.E., Shekhtman, V.Sh, Aristova, I.M., Zverkova, I.I., Dubovitskii, A.V., Kulakov, V.I.

“…The formation of polydisperse and monodisperse structures in LaMnO3 + delta has been investigated by X-ray diffraction (XRD) analysis and transmitting electron…”
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Superconductivity of shock-wave pressure treated Na/WO3 mixture by Shakhrai, D.V., Palnichenko, A.V., Zver’kova, I.I.

“…•Na/WO3 mixture was subjected to shock-wave pressure.•Magnetic susceptibility and phase composition were studied.•Superconductivity at 40 K was observed.•The…”
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Metastable superconductivity of W/WO3 interface by Palnichenko, A.V., Vyaselev, O.M., Mazilkin, A.A., Zver‘kova, I.I., Khasanov, S.S.

“…•W/WO3 interface was formed by surface oxidation of W.•Magnetic susceptibility and electrical resistance of the interface was studied.•Superconductivity at 35…”
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