Y. Chirkov

发表

Computer simulation of positive electrode operation in lithium-ion battery: Optimization of active mass composition

Y. Chirkov, V. I. Rostokin, A. M. Skundin, 2012, Russian Journal of Electrochemistry.

Computer modeling of negative electrode operation in lithium-ion battery: Model of equal-sized grains, galvanostatic discharge mode, calculation of characteristic parameters

Y. Chirkov, V. I. Rostokin, A. M. Skundin, 2011 .

Computer simulation of negative electrode operation in lithium—ion battery: Galvanostatic discharg active intercalating agent grains, role of diffusion limitations

Y. Chirkov, V. I. Rostokin, A. M. Skundin, 2011 .

Computer simulation of negative electrode operation in lithium—ion battery: Galvanostatic discharge, porous electrode model and film model

Y. Chirkov, V. I. Rostokin, A. M. Skundin, 2011 .

Macrokinetic Processes in Porous Media (Fuel Cells)

M. R. Tarasevich, Y. Chirkov, Y. Chizmadzhev, 1972 .

Effect of Electrolyte Conductivity on the Discharge Behavior of Lithium–Oxygen Batteries: Results from Modeling and Experiments

Y. Chirkov, V. I. Rostokin, V. Andreev, 2021, Russian Journal of Physical Chemistry A.

Gas-Generating Porous Electrodes: Large Ohmic Resistances

Y. Chirkov, V. I. Rostokin, 2001 .

Discharge of Lithium–Oxygen Power Source: Effect of Active Layer Thickness and Current Density on Overall Characteristics of Positive Electrode

Y. Chirkov, V. I. Rostokin, V. Andreev, 2019, Computational Statistics and Mathematical Modeling Methods in Intelligent Systems.

Regular Biporous Model of Active Layer of the Lithium–Oxygen Battery Positive Electrode

Y. Chirkov, V. I. Rostokin, V. Andreev, 2019, Russian Journal of Electrochemistry.

Fractals and Percolation in the Theory of Porous Electrodes

Y. Chirkov, V. I. Rostokin, 2002 .

Lithium-Air Battery: On the Possibility of Improving the Discharge Characteristics

Y. Chirkov, V. I. Rostokin, V. Andreev, 2022, Russian Journal of Physical Chemistry A.

Porous Electrodes with Immobilized Enzymes: The Fractal-Percolation Properties of Supports Manufactured from Particles of Finely Divided Colloidal Graphite

Y. Chirkov, V. I. Rostokin, V. I. Rostokin, 2005 .

Computer Simulation of the Structure of Porous Electrodes with an Immobilized Enzyme and Nanosized Support Particles

Y. Chirkov, V. I. Rostokin, 2005 .

Effective diffusion coefficient in electrochemical systems with matrix electrolytes

Y. Chirkov, A. Pshenichnikov, O. S. Abramzon, 1997 .

Galvanostatic Discharge of Lithium–Oxygen Battery: The Influence of the Active Layer Thickness on the Positive Electrode Characteristics

Y. Chirkov, V. I. Rostokin, V. Andreev, 2022, Russian Journal of Electrochemistry.

A Regular Biporous Model of the Cathode Active Layer Structure of a Lithium-Oxygen Battery. Calculation of Overall Characteristics of the Cathode Active Layer

Y. Chirkov, V. I. Rostokin, V. Andreev, 2020, Protection of Metals and Physical Chemistry of Surfaces.

Lithium–Oxygen Power Source: the Influence of Positive Electrode Thickness on the Overall Discharge Characteristics

Y. Chirkov, V. I. Rostokin, V. Andreev, 2020, Russian Journal of Electrochemistry.

The Effect of the Structure of a Positive Electrode on the Process of Discharge of a Lithium–Oxygen Power Source. The Monoporous Cathode Theory

Y. Chirkov, V. I. Rostokin, O. V. Tripachev, 2018, Protection of Metals and Physical Chemistry of Surfaces.

Polymer electrolyte fuel cell: Comparison of dimensional specifications of cathodes with platinum- and palladium-based catalysts

Y. Chirkov, V. Andoralov, M. Tarasevich, 2010 .

Development of platinum-free catalyst and catalyst with low platinum content for cathodic oxygen reduction in acidic electrolytes

M. R. Tarasevich, Y. Chirkov, V. Bogdanovskaya, 2007 .

Porous Electrodes with Immobilized Enzymes: The Problem of Development of Nanocomposites with High Concentrations of Molecules of Active Enzymes

Y. Chirkov, V. I. Rostokin, V. I. Rostokin, 2005 .

Active layer of the cathode of a fuel cell with a solid polymer electrolyte: The effect of the Nafion concentration on the overall characteristics

Y. Chirkov, V. I. Rostokin, 2006 .

Cathode of a Hydrogen-Oxygen fuel cell with a solid polymer electrolyte: The effect of the flooding of pores by water on the characteristics of the active layer

Y. Chirkov, V. I. Rostokin, 2005, Russian Journal of Electrochemistry.

Optimizing Weights of Platinum in the Active Layer of the Cathode of a Hydrogen–Oxygen Fuel Cell with a Solid Polymer Electrolyte

Y. Chirkov, V. I. Rostokin, 2004 .

Computer-aided Modeling of Porous Electrodes with an Immobilized Enzyme: Substrates with a Partially Regular Structure

Y. Chirkov, V. I. Rostokin, 2003 .

Computer simulation of active layers in the electric double layer supercapacitor: Optimization of active layer charging modes and structure, calculation of overall characteristics

Y. Chirkov, V. I. Rostokin, 2014, Russian Journal of Electrochemistry.

Computer simulation of active layers in double-layer supercapacitors: Galvanostatics, determination of effective coefficients, and calculation of overall characteristics

Y. Chirkov, V. I. Rostokin, V. I. Rostokin, 2014, Russian Journal of Electrochemistry.

Computer Simulation of the Structure and Operation Mechanisms for the Active Layer of Lithium–Oxygen Battery Cathode

Y. Chirkov, V. I. Rostokin, V. Andreev, 2020, Russian Journal of Electrochemistry.

Active layer of fuel cell electrode with polymer electrolyte: Nature of proton and oxygen supply channels

Y. Chirkov, V. I. Rostokin, 2012, Russian Journal of Electrochemistry.

Cathodic active layer in a polymer electrolyte fuel cell: Model of combined grains, calculation of overall characteristics

Y. Chirkov, V. I. Rostokin, V. I. Rostokin, 2010 .

Gas-Generating Porous Electrodes: The Nature of the Low-Polarizability Portion in the Polarization Curves

Y. Chirkov, A. Chernenko, 2001 .

Gas-Generating Porous Electrodes: Calculating Characteristics in the Low-Polarizability Portion

Y. Chirkov, V. I. Rostokin, 2001 .

Gas-Generating Porous Electrodes: Effect of the Porous Space Structure on Polarization Curves

Y. Chirkov, V. I. Rostokin, 2001 .

Gas-Generating Porous Electrodes: Calculating Complete Polarization Curves

Y. Chirkov, V. I. Rostokin, 2001 .

Gas-generating porous electrodes at low overvoltages: Allowance for the outside-electrode limitations

Y. Chirkov, 2000 .

Current formation in a porous gas electrode considering molecular diffusion and the electrolyte film

Y. Chirkov, 1964 .

On the mechanism of the appearance of current in a porous gas electrode. Report 1. Diffusion in theσ-phase

Y. Chirkov, Y. Chizmadzhev, 1964 .

The relationship between structure and electrochemical properties of porous gas electrodes

V. Markin, Y. Chirkov, A. Pshenichnikov, 1964 .

Computer simulation of active layer of fuel cell electrode with polymer electrolyte: Complete combined carbon support grains, calculation of overall characteristics

Y. Chirkov, V. I. Rostokin, V. I. Rostokin, 2013, Russian Journal of Electrochemistry.

Fuel cell oxygen cathode with Nafion and platinum: the effect of active layer heating on overall cathode characteristics

Y. Chirkov, V. I. Rostokin, V. I. Rostokin, 2009 .

Calculation of optimum thickness of active layer of oxygen and air cathodes of fuel cell with Nafion and platinum

Y. Chirkov, V. I. Rostokin, V. I. Rostokin, 2009 .

Fuel cell cathode with Nafion and platinum: Calculating its overall performance with consideration of gas-and vapor-exchange processes in the gas-diffusion layer

Y. Chirkov, V. I. Rostokin, 2008 .

Active layer of the oxygen cathode in a fuel cell with Nafion and platinum: The role played by the diffusion and ohmic restrictions and the selection of the working thickness of the active layer

Y. Chirkov, V. I. Rostokin, 2007 .

Calculating a Characteristic Bulk Current Density in the Cathode of a Hydrogen-Oxygen Fuel Cell with a Solid Polymer Electrolyte

Y. Chirkov, V. I. Rostokin, 2005 .

Computer Simulation of an Electrode of Lithium-Ion Battery: Estimation of Ohmic Losses for Active-Material Grains Covered by a Conducting Film

T. Kulova, A. Skundin, Y. Chirkov, 2018, Russian Journal of Electrochemistry.

Fuel cell with polymer electrolyte: calculation of overall characteristics of oxygen cathode with account for processes of gas, vapor, and heat exchange

Y. Chirkov, V. I. Rostokin, 2009 .

Computer Simulation of Porous Electrodes with Immobilized Enzymes: The Percolation Properties of Multicomponent Structures

Y. Chirkov, V. I. Rostokin, 2002 .

Active layer of an electrode with polymer electrolyte: Estimation of platinum utilization degree

Y. Chirkov, V. I. Rostokin, 2009 .

Hydrogen-oxygen (air) fuel cell with nafion and platinum: Calculating overall characteristics, comparing the performance of a cathode with polymeric electrolyte with a hydrophobized cathode with liquid electrolyte

Y. Chirkov, V. I. Rostokin, 2008 .

Cathode of a hydrogen-oxygen fuel cell with a solid polymer electrolyte: The effect of the flooding of pores by water on the characteristics of the active layer

Y. Chirkov, V. I. Rostokin, 2005 .

Lithium ion rechargeable battery, galvanostatics: Computer simulation and calculation of characteristics of the anode active layer of arbitrary thickness with low lithium diffusivity

Y. Chirkov, A. Skundin, Yu. G. Chirkov, 2013, Russian Journal of Electrochemistry.

A cathode for solid polymer electrolyte fuel cells: Designing the optimal structure of the active layer

Y. Chirkov, V. I. Rostokin, 2014, Russian Journal of Electrochemistry.

Active layer of fuel cell electrode with polymer electrolyte: Modeling of support grains, calculation of overall cathode characteristics

Y. Chirkov, V. I. Rostokin, 2013, Russian Journal of Electrochemistry.

Theory of porous electrodes: Calculation of overall cathode characteristics for the case where the polarization curve has segments with different slopes

Y. Chirkov, V. I. Rostokin, 2006 .

Calculation of the Liquid and Gas Permeability of Hydrophobic Low-Porosity Membranes of an Arbitrary Thickness

Y. Chirkov, V. I. Rostokin, 2004 .

Computer-Aided Simulation of Porous Electrodes of a Filled-up Type

Y. Chirkov, V. I. Rostokin, 2003 .

Theory of Porous Electrodes: The Percolation and a Calculation of Percolation Lines

Y. Chirkov, 1999 .

Cathode of a fuel cell with a solid polymer electrolyte: Calculating overall currents in the presence of a gas-diffusion layer

Y. Chirkov, V. I. Rostokin, V. I. Rostokin, 2007 .

Computer Simulation of the Cathode Active Layer in Hydrogen–Oxygen Fuel Cell with Polymer Electrolyte: The Nature of the Overall Current Variations

Y. Chirkov, V. I. Rostokin, V. Andreev, 2018, Russian Journal of Electrochemistry.

Computer-aided simulation of the cathodic active layer in fuel cells with solid polymer electrolyte: the nature of overall current transient

Y. Chirkov, V. I. Rostokin, A. V. Kuzov, 2016, Russian Journal of Electrochemistry.