Author Search Results

1

Effect of Ultrasonic Treatment of Nafion® Polymer Solutions on Properties of Membranes Obtained by a Casting Procedure

by: Safronova, E. Yu.
Published in: Membranes and membrane technologies (2021)

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electronic Article

2

Ion transport mechanism in hybrid MF-4SC membranes modified by silica and posphotungstic heteropoly acid

by: Safronova, E. Yu.
Published in: Russian journal of inorganic chemistry (2011)

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electronic Article

3

On the Influence of Solvent and Ultrasonic Treatment on Properties of Cast Nafion® Membranes

by: Safronova, E. Yu.
Published in: Membranes and membrane technologies (2022)

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electronic Article

4

Synthesis and study of hybrid materials based on a nafion membrane and hydrated titania

by: Safronova, E. Yu.
Published in: Petroleum chemistry (2015)

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electronic Article

5

Synthesis of MF-4SC composite membranes exhibiting an anisotropic distribution of zirconia and ion transport asymmetry

by: Safronova, E. Yu.
Published in: Petroleum chemistry (2015)

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6

Asymmetry of ion transport in hybrid MF-4SC membranes with a gradient distribution of hydrated zirconia

by: Safronova, E. Yu.
Published in: Petroleum chemistry (2013)

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electronic Article

7

Donnan-Potential Sensors Based on Zirconia-Modified Nafion Membranes Treated under Different Conditions for the Determination of Amino Acids with Several Nitrogen-Containing Groups

by: Safronova, E. Yu.
Published in: Petroleum chemistry (2017)

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electronic Article

8

The possibility of changing the transport properties of ion-exchange membranes by their treatment

by: Safronova, E. Yu.
Published in: Petroleum chemistry (2017)

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electronic Article

9

Short Side Chain Aquivion Perfluorinated Sulfonated Proton-Conductive Membranes: Transport and Mechanical Properties

by: Safronova, E. Yu.
Published in: Petroleum chemistry (2018)

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electronic Article

10

On the mechanism of increasing ion conductivity in hybrid membranes

by: Safronova, E. Yu.
Published in: Russian chemical bulletin (2011)

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electronic Article

11

Hybrid materials based on MF-4SK membranes and hydrated silica and zirconia with sulfonic acid-functionalized surface: transport properties and characteristics of DP-sensors in amino acid solutions with varying pH

by: Safronova, E. Yu.
Published in: Petroleum chemistry (2017)

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electronic Article

12

Effect of modification of the MF-4SC membranes in the potassium form with acid salts of heteropolyacids on membrane properties and characteristics of dp sensors based on them

by: Safronova, E. Yu.
Published in: Russian journal of inorganic chemistry (2016)

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electronic Article

13

$Synthesis and characterization of MF-4SK + $ SiO_{2} $ hybrid membranes modified with tungstophosphoric heteropolyacid$

Synthesis and characterization of MF-4SK + $ SiO_{2} $ hybrid membranes modified with tungstophosphoric heteropolyacid

by: Safronova, E. Yu.
Published in: Russian journal of inorganic chemistry (2010)

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electronic Article

14

Mechanism of ion transport in hybrid materials based on MF-4SC perfluorinated sulfonation-exchange membranes and acid zirconium phosphate nanoparticles

by: Safronova, E. Yu.
Published in: Polymer science / A (2013)

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electronic Article

15

Chemical Stability of Hybrid Materials Based on Nafion® Membrane and Hydrated Oxides

by: Safronova, E. Yu.
Published in: Membranes and membrane technologies (2022)

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electronic Article

16

Transport properties of materials based on MF-4SC membranes and silica manufactured by a casting method

by: Safronova, E. Yu.
Published in: Russian journal of inorganic chemistry (2010)

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electronic Article

17

Effect of surface modification with carbon-containing groups on the size, properties, and morphology of silica particles

by: Safronova, E. Yu.
Published in: Inorganic materials (2012)

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electronic Article

18

$Hydration of the $ H^{+} $, $ Li^{+} $, $ Na^{+} $, and $ Cs^{+} $ ions in MF-4SK perfluorinated sulfonic acid cation-exchange membranes modified with inorganic dopants$

Hydration of the $ H^{+} $, $ Li^{+} $, $ Na^{+} $, and $ Cs^{+} $ ions in MF-4SK perfluorinated sulfonic acid cation-exchange membranes modified with inorganic dopants

by: Safronova, E. Yu.
Published in: Russian journal of inorganic chemistry (2011)

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electronic Article

19

Prospects of practical application of hybrid membranes

by: Safronova, E. Yu.
Published in: Petroleum chemistry (2016)

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electronic Article

20

$Proton conductivity of $ M_{x} $$ H_{3–x} $$ PX_{12} $$ O_{40} $ and $ M_{x} $$ H_{4–x} $$ SiX_{12} $$ O_{40} $ (M = Rb, Cs; X = W, Mo) acid salts of heteropolyacids$

Proton conductivity of $ M_{x} $$ H_{3–x} $$ PX_{12} $$ O_{40} $ and $ M_{x} $$ H_{4–x} $$ SiX_{12} $$ O_{40} $ (M = Rb, Cs; X = W, Mo) acid salts of heteropolyacids

by: Safronova, E. Yu.
Published in: Inorganic materials (2015)

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electronic Article

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