Treffer 1 - 5 von 5 für Suche 'Markaryan, Elena N.', Suchdauer: 0,28s Treffer weiter einschränken
  1. 1
    Investigation of the adsorption capacity of the enterosorbent Enterosgel for a range of bacterial toxins, bile acids and pharmaceutical drugs

    Investigation of the adsorption capacity of the enterosorbent Enterosgel for a range of bacterial toxins, bile acids and pharmaceutical drugs von Howell, Carol A., Mikhalovsky, Sergey V., Markaryan, Elena N., Khovanov, Alexander V.

    Veröffentlicht in Scientific reports

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  2. 2
    Electron-accepting surface properties of ceria–(praseodymia)–zirconia solids modified by Y3+ or La3+ studied by paramagnetic probe method

    Electron-accepting surface properties of ceria–(praseodymia)–zirconia solids modified by Y3+ or La3+ studied by paramagnetic probe method von Ikryannikova, Larisa N, Markaryan, Goar L, Kharlanov, Andrey N, Lunina, Elena V

    Veröffentlicht in Applied surface science

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  3. 3
    The effect of cyclic red-ox treatments on the reducibility and durability of properties of YO1.5-(CeO2)-PrOx-ZrO2 materials

    The effect of cyclic red-ox treatments on the reducibility and durability of properties of YO1.5-(CeO2)-PrOx-ZrO2 materials von IKRYANNIKOVA, Larisa N, MARKARYAN, Goar L, KOSTYUK, Boris G, LUNINA, Elena V, SINEV, Mikhail Yu

    Veröffentlicht in Materials letters

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  4. 4
    Electron-accepting surface properties of ceria–(praseodymia)–zirconia solids modified by Y 3+ or La 3+ studied by paramagnetic probe method

    Electron-accepting surface properties of ceria–(praseodymia)–zirconia solids modified by Y 3+ or La 3+ studied by paramagnetic probe method von Ikryannikova, Larisa N, Markaryan, Goar L, Kharlanov, Andrey N, Lunina, Elena V

    Veröffentlicht in Applied surface science

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  5. 5
    The effect of cyclic red-ox treatments on the reducibility and durability of properties of YO 1.5–(CeO 2)–PrO x–ZrO 2 materials

    The effect of cyclic red-ox treatments on the reducibility and durability of properties of YO 1.5–(CeO 2)–PrO x–ZrO 2 materials von Ikryannikova, Larisa N, Markaryan, Goar L, Kostyuk, Boris G, Lunina, Elena V, Sinev, Mikhail Yu

    Veröffentlicht in Materials letters

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