Search Results - "Pestereva, N. N."

Electrical properties of CaWO4–SiO2 composites by Guseva, А., Pestereva, N., Otcheskikh, D., Kuznetsov, D.

“…Composite materials (1 − f) CaWO4 – fSiO2 with volume fraction of SiO2f ≤ 1.0 were prepared by the solid state method. The obtained composites have been…”
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Synthesis and Electrical Properties of Nd2(WO4)3–SiO2 Composites by Guseva, A. F., Pestereva, N. N.

“…Abstrac t—The (1 – x )Nd 2 (WO 4 ) 3 – x SiO 2 composites where the silicon oxide mole fraction is x ≤ 0.5 were manufactured by the solid-phase method. The…”
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Antioxidant system alterations and physiological characteristics of neonatal and juvenile DAT‐KO rats by Apryatin, S. A., Traktirov, D. S., Karpenko, M. N., Ivleva, I. S., Pestereva, N. S., Bolshakova, M. V., Trofimov, A. N., Fesenko, Z. S., Klimenko, V. M.

“…Dopamine transporter knockout (DAT‐KO) rats represent a valuable rodent model for studying the molecular and phenotypical outcomes of the effects of excessive…”
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Protective effect of calpain inhibitors against manganese-induced toxicity in rats by Ivleva, I. S., Ivlev, A. P., Pestereva, N. S., Tyutyunnik, T. V., Karpenko, M. N.

“…Development of manganism is a major complication of manganese exposure in which neurological dysfunction is linked to accumulation of metal in the brain…”
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Oxygen-Ion Conducting Composites MWO4–SiO2 (M—Sr, Ba) by Pestereva, N. N., Guseva, A. F., Belyatova, V. A., Korona, D. V.

“…Composite materials (1 – f )SrWO 4 – f SiO 2 and (1 – f )BaWO 4 – f SiO 2 , where f is the volume fraction of the disperse additive SiO 2 , are prepared by the…”
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Transport Properties of La2(WO4)3–Al2O3 Composites by Pestereva, N. N., Guseva, A. F., Vasilenko, N. A., Beketov, I. V., Selezneva, N. V.

“…(1 – φ)La 2 (WO 4 ) 3 –φAl 2 O 3 composites are obtained by the solid-phase method (φ is the volume fraction of nanodispersed alumina) and their thermal…”
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Effect of SiO2 Concentration on the Electrical Conductivity of M2(WO4)3/SiO2 (M = La, Sm) Composites by Guseva, A. F., Pestereva, N. N., Pyrlik, E. V., Korona, D. V.

“…— Composites with the general formulas (1 – x )La 2 (WO 4 ) 3 – x SiO 2 and (1 – x )Sm 2 (WO 4 ) 3 – x SiO 2 have been prepared by solid-state reactions. The…”
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Electric Conductivity of In2(MoO4)3 and Composites (1 – х)In2(MoO4)3–хMoO3 by Pestereva, N. N., Guseva, A. F., Dahle, Ya. A.

“…Indium molybdate and eutectic composites (1 – х )In 2 (MoO 4 ) 3 – х MoO 3 (where the molar fraction is х = 0; 0.1; 0.3; 0.5) were synthesized, their…”
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Conductivity of Composites MeWO4–Al2O3 (Me = Ca, Sr) by Guseva, A. F., Pestereva, N. N., Kuznetsov, D. K., Boyarshinova, A. A., Gardt, V. A.

“…Composites (1 – x )MeWO 4 – x Аl 2 O 3 (Me = Ca, Sr) are synthesized by the solid-phase method. Their phase composition and thermodynamic stability are…”
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Charge Transport by Polyatomic Anion Diffusion in Sc2(WO4)3 by Zhou, Yongkai, Adams, Stefan, Rao, R. Prasada, Edwards, Doreen D, Neiman, Arkady, Pestereva, N

“…Discussions about the nature of the charge carriers in the scandium tungstate and other isostructural tungstates and molybdates have persisted in the…”
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An Infection Hypothesis of Parkinson’s Disease by Karpenko, M. N., Muruzheva, Z. M., Pestereva, N. S., Ekimova, I. V.

“…Parkinson’s disease (PD) is a multifactorial progressive neurodegenerative disease characterized by predominant degeneration of dopaminergic neurons in the…”
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Ionic Conductivity of Solid Solutions and Composites Based on Sm2W3O12 by Guseva, A. F., Pestereva, N. N., Vostrotina, E. L., Otcheskikh, D. D., Lopatin, D. A.

“…The conductivity of samples based on Sm 2 W 3 O 12 obtained by using homogeneous (solid solutions Sm 2 – x М x W 3 O 12 – 0.5 x , where М = Ca, Zn) and…”
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Conductivity of Al2(WO4)3–WO3 and Al2(WO4)3–Al2O3 Composites by Guseva, A. F., Pestereva, N. N., Otcheskikh, D. D., Vostrotina, E. L.

“…Composites of (1 – x )Al 2 (WO 4 ) 3 – x WO 3 and (1 – x )Al 2 (WO 4 ) 3 – x Al 2 O 3 are synthesized and their conductivity is studied as dependent on the…”
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Surface reactions with participation of oxides of molybdenum and tungsten: the influence of external factors by Guseva, A. F., Trifonova, M. V., Pestereva, N. N.

“…This work is a continuation of the article "Surface reactions with participation of oxides of molybdenum and tungsten", published in the previous issue of the…”
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Nature of ionic conductivity of lanthanide tungstates with imperfect scheelite structure by Pestereva, N. N., Vyatkin, I. A., Lopatin, D. A., Guseva, A. F.

“…Electric properties of tungstates with imperfect scheelite structure, Ln 2 (WO 4 ) 3 (Ln = La, Sm, Eu), are studied; the charge carrier type is determined in…”
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Transport Processes on the M2(WO4)3|WO3 (M = Sm, Gd) Interphase Boundary by Guseva, A. F., Pestereva, N. N., Lopatin, D. A., Vostrotina, E. L., Korona, D. V.

“…New data are obtained on the distribution of tungsten oxide by M 2 (WO 4 ) 3 (M = Sm, Gd) grain boundaries in an electric field. It is established that…”
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Transport properties of metacomposites in eutectic MAO4–V2O5 systems (M = Ca, Sr; A = W, Mo) by Koteneva, E. A., Pestereva, N. N., Animitsa, I. E., Uvarov, N. F.

“…Metal molybdates MMoO 4 (M = Ca, Sr) and their composites with vanadium oxide V 2 O 5 were synthesized. An X-ray diffraction analysis confirmed that the…”
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Transport properties of SrMoO4/MoO3 composites by Koteneva, E. A., Pestereva, N. N., Astapova, D. V., Neiman, A. Ya, Animitsa, I. E.

“…The work is devoted to the study of transport properties at the SrMoO 4 /MoO 3 interface and examination of composite phases based on these compounds. The mass…”
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Electric transport in tungstates Ln2(WO4)3 (La = Yb, Lu) by Pestereva, N. N., Lopatin, D. A., Guseva, A. F., Vostrotina, E. L., Korona, D. V., Nokhrin, S. S.

“…Electrical transport in orthorhombic ytterbium and lutetium tungstates with Sc 2 (WO 4 ) 3 structural type was studied. It was proved by using two independent…”
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Solid state surface and interface spreading: An experimental study by Neiman, A.Ya, Uvarov, N.F., Pestereva, N.N.

“…Solid state spreading is experimentally investigated in three types of systems: “ionic salt MX–oxide”, “ionic oxide–ionic oxide”, and “covalent oxide–ionic…”
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