B. Damaskin

发表

Adsorption of Organic Substances on Metals of High Hydrogen Overpotential

V. V. Batrakov, O. Petrii, B. Damaskin, 1971 .

Methods for Studying Adsorption of Organic Substances on Liquid Electrodes

V. V. Batrakov, O. Petrii, B. Damaskin, 1971 .

Adsorption of Organic Compounds on Electrodes

V. V. Batrakov, O. Petrii, B. Damaskin, 1971 .

Potentials of zero charge, interaction of metals with water and adsorption of organic substances—III. The role of the water dipoles in the structure of the dense part of the electric double layer

B. Damaskin, A. Frumkin, 1974 .

Influence of the chain length on the adsorption parameters of fatty alcohols estimated on the basis of differential capacity data

M. Kaisheva, B. Damaskin, V. Vacheva, 1997 .

On the charge transfer in the process of adsorption at the electrode/solution interface: Remarks on the paper “experimental determination and interpretation of the electrosorption valency γ” by J. Schultze and K. Vetter

O. Petrii, B. Damaskin, A. Frumkin, 1974 .

The notion of the electrode charge and the Lippmann equation

B. Damaskin, O. Petry, A. Frumkin, 1970 .

Electrical double layer in surface-inactive electrolyte solution and adsorption of halide ions from 0.1 M solutions on liquid Cd–Ga and In–Ga alloys in gamma-butyrolactone

V. V. Emets, A. Mel’nikov, B. Damaskin, 2016, Russian Journal of Electrochemistry.

Potentials of Zero Charge

O. Petrii, B. Damaskin, A. Frumkin, 1980 .

Experimental Data on Adsorption of Organic Substances on Liquid Electrodes

V. V. Batrakov, O. Petrii, B. Damaskin, 1971 .

Adsorption of organic substances on the free water surface and at the water-mercury interface

B. Damaskin, A. Frumkin, 1967 .

Investigation of adsorption of organic substances by differential capacitance measurements

B. Damaskin, 1964 .

Relationships in Adsorption of Organic Compounds on Metals of the Platinum Group

V. V. Batrakov, O. Petrii, B. Damaskin, 1971 .

Adsorption of Organic Compounds on Metals of the Iron Group

V. V. Batrakov, O. Petrii, B. Damaskin, 1971 .

Mechanism of Adsorption of Organic Compounds on Electrodes of Metals of the Platinum Group

V. V. Batrakov, O. Petrii, B. Damaskin, 1971 .

Model of mercury/solution interface in the presence of organic compounds adsorbed in two different positions

B. Damaskin, 1969 .

Thermodynamics of Surface Phenomena on Electrodes Adsorbing Hydrogen and Oxygen

V. V. Batrakov, O. Petrii, B. Damaskin, 1971 .

The Adsorption of Organic Molecules

V. Kazarinov, B. Damaskin, 1980 .

Introduction to Specific Adsorption

O. Petrii, B. Damaskin, 2003 .

Quantitative Theory of the Influence of an Electric Field on Adsorption of Organic Substances at a Mercury Electrode

V. V. Batrakov, O. Petrii, B. Damaskin, 1971 .

The influence of crystallographic inhomogeneity of a polycrystalline electrode surface on the behavior of the electric double-layer

M. D. Levi, B. Damaskin, I. Bagotskaya, 1980 .

On the theory of ionic adsorption from binary electrolyte solutions at electrodes

B. Damaskin, N. S. Polynovskaya, U. Palm, 1988 .

Historical development of theories of the electrochemical double layer

O. Petrii, B. Damaskin, Boris B. Damaskin, 2011 .

Comparison of isotherms for specific adsorption of ions from constant ionic strength solutions

B. Damaskin, U. Palm, M. Salve, 1974 .

Electrocapillary phenomena in the Hg, Tl, Tl+, H2O system

B. Damaskin, A. Frumkin, N. Polianovskaya, 1972 .

Theory of electrochemical faradaic impedance for mixed electrolyte solutions

B. M. Grafov, B. Damaskin, 1996 .

Use of the Grahame and Grahame—Parsons concepts for modelling the impedance behaviour of a metal electrode in a solution of its salt

B. M. Grafov, B. Damaskin, 1994 .

Effect of adsorption of organic substances on theelectroreduction of cations

B. Damaskin, V. Venkatesan, N. V. Nikolaeva-Fedorovich, 1970 .

Model of the dense part of the double layer in the absence of specific adsorption

B. Damaskin, 1977 .

On the role of polarity of adsorbate and solvent molecules in adsorption of organic substances on electrodes

B. Damaskin, A. Frumkin, 1972 .

Generalized model of the surface layer for the case of adsorption of organic molecules on the electrode

B. Damaskin, A. Chizhov, A. Frumkin, 1970 .

The congruence of the adsorption isotherm with respect to the electrode potential or charge and the choice of an independent electric variable

A. Survila, B. Damaskin, A. Frumkin, 1968 .

Discussion on the choice of the electrical variable in the study of the adsorption isotherms of organic compounds and on the form of the adsorption iso

B. Damaskin, 1964 .

Chemisorption interaction of liquid electrodes of gallium and In–Ga, Cd–Ga and Tl–Ga alloys with solvents in a wide range of their donor numbers

V. V. Emets, B. Damaskin, V. Emets, 2007 .

Comparative study of the electrical double layer on liquid electrodes of mercury, gallium, and an In-Ga alloy in hexamethylphosphortriamide

V. V. Emets, B. Damaskin, V. Emets, 2006 .

Potentials of zero charge, interaction of metals with water and adsorption of organic substances—I. Potentials of zero charge and hydrophilicity of metals

B. Damaskin, A. Frumkin, N. Grigoryev, 1974 .

Model description of the adsorption properties of iridium dioxide in aqueous solutions

S. Sukhishvili, O. Petrii, A. Yaroslavov, 1992 .

Model of two limiting states for describing the properties of the electric double layer in the absence of specific adsorption of ions

V. A. Safonov, O. Petrii, B. Damaskin, 1989 .

CHARGE TRANSFER IN CHEMISORPTION PROCESSES, PHYSICAL MEANING AND TERMINOLOGY

O. Petrii, B. Damaskin, A. Frumkin, 1975 .

Regression technique for analyzing electrocapillary curves

V. A. Safonov, B. Damaskin, 2005 .

Specific adsorption of bromide and iodide ions on the (Cd–Ca)/dimethylformamide interface

V. V. Emets, A. Mel’nikov, B. Damaskin, 2017, Russian Journal of Electrochemistry.

Electric double layer in the solution of surface-inactive electrolyte and specific adsorption of Cl−, Br− and I− ions on liquid (Cd–Ga) electrode in dimethylformamide

V. V. Emets, A. Mel’nikov, B. Damaskin, 2016 .

Specific adsorption of Cl−, Br−, and I− ions on liquid Ga electrode from dimethylformamide solutions

V. V. Emets, B. Damaskin, V. Emets, 2012 .

Metal-solvent interaction and ion adsorption: Influence of solvent and metal nature

M. D. Levi, B. Damaskin, I. Bagotskaya, 1982 .

Regularities of the slow discharge when several reacting particles participate in the limiting step

B. Damaskin, N. V. Fedorovich, F. S. Sarbash, 1982 .

Comparison of electrical double layer models postulating the linear or quadratic dependence of the anion adsorption energy on the electrode charge

B. Damaskin, 2011 .

Modified model of the anion specific adsorption, based on the dependence of the adsorption energy on the electrode charge

B. Damaskin, 2010 .

Adsorption of Complexes of Cations of Alkali Metals with a Macrocyclic Ligand (Kryptofix® 222) on a Mercury Electrode

E. Stenina, L. N. Sviridova, O. Baturina, 2002 .

Analysis of experimental data on the EDL capacitance for different metals in asymmetrical electrolytes: Accounting for the solution nonideality

V. V. Emets, B. Damaskin, 2000 .

An analysis of adsorption and kinetic effects in cesium salt solutions on the mercury-water interface within the framework of new electrostatic models

V. A. Safonov, B. Damaskin, 1992 .

Weak specific adsorption of ions

B. Damaskin, 1975 .

Some properties of two-dimensional condensed layers formed by some terpenoids and adamantane derivatives at the mercury-electrolyte interface

E. Stenina, B. Damaskin, 1993 .

Comparison of temperature dependences of adsorption parameters for secondary butanol and 1-oxyadamantane at their adsorption on the Hg electrode/aqueous solution interface

L. N. Sviridova, B. Damaskin, E. V. Stenina, 2009 .

Simulating Coadsorption of Surface Active Anions and Organic Molecules Capable of Forming Two-Dimensional Condensed Layers on the Electrode

O. Baturina, B. Damaskin, 2001 .

Polarographic maxima of the third kind

V. Krylov, E. Stenina, B. Damaskin, 1974 .

Differential capacity curves at adsorption of organic ions: Model approach II

S. I. Karpov, B. Damaskin, U. Palm, 1982 .

Modeling of co-adsorption of cations and anions localized in different layers of the dense part of electrical double layer under the conditions of linear charge dependence of the adsorption energy

B. Damaskin, 2011 .

Drawing cations into the dense part of the double layer on the Hg/H2O interface in 1 M solutions of KCl and KNO3

B. Damaskin, 2011 .

Description of the Hg/[H2O + mc KCl + (1 − m)c KF] system in terms of the modified model of electrical double layer

B. Damaskin, 2010 .

Refining adsorption parameters of n-butyl alcohol at the interface of mercury electrode with aqueous NaF and Na2SO4 solutions by correcting the adsorbate concentration

V. A. Safonov, B. Damaskin, 2006 .

Regression analysis of electrocapillary curves of mercury electrode in solutions of secondary butyl alcohol

B. Damaskin, 2006 .

New Analysis of Data on the Differential Capacitance of a Mercury Electrode during the Adsorption of tert-Butanol

B. Damaskin, 2005 .

New Analysis of tert-Butanol Adsorption Data on a Mercury Electrode: The Electrocapillary Measurements

B. Damaskin, 2005 .

Adsorption parameters in the Alekseev-Popov-Kolotyrkin model complemented by the Frumkin isotherm

V. A. Safonov, O. Baturina, B. Damaskin, 2000 .

Diffuse layer near the zero charge point in the case of non-ideal electrolyte solutions

B. M. Grafov, B. Damaskin, 1996 .

Comments on the paper Potential dependence of electrosorption of neutral organic molecules, by E. Gileadi

B. Damaskin, 1971 .

Comparison of thermodynamic and molecular theories of the effect of electric field on adsorption of organic compounds

B. Damaskin, 1969 .

Comments on the paper of R.G. Barradas and J.M. Sedlak: Some observations on recent theories of adsorption of organic compounds in the double layer

B. Damaskin, A. Frumkin, 1973 .

ADSORPTION OF ORGANIC COMPOUNDS [AT THE MERCURY ELECTRODE – SOLUTION INTERFACE]

B. Damaskin, 1965 .

Electrical double layer on the Cd-Ga liquid alloy in solutions of surface-inactive electrolytes in water, methanol and propylene carbonate

B. Damaskin, V. Emets, 2000 .

Regression Analysis of Electrocapillary Curves in Ethylformate Solutions

V. A. Safonov, B. Damaskin, 2005 .

Statistical method of determining adsorption parameters for simple organic compounds from nonequilibrium differential capacitance curves

V. A. Safonov, O. Baturina, B. Damaskin, 1997 .

Specific adsorption of chloride ions on liquid Ga electrode from N-methylformamide solutions with constant ionic strength

B. Damaskin, V. Emets, 2011 .

Comparative study of Cl−, Br−, and I− ion adsorption from N-methylformamide at Ga-, (In-Ga)-, and (Tl-Ga)-electrodes

B. Damaskin, V. Emets, 2011 .

Comparison study of adsorption of Cl−, Br−, and I− ions from dimethyl formamide on In-Ga and Tl-Ga electrodes

B. Damaskin, V. Emets, 2011 .

Erratum to: Historical development of theories of the electrochemical double layer

O. Petrii, B. Damaskin, 2011, Journal of Solid State Electrochemistry.

Comparative study of Cl−, Br−, and I− ions adsorption from dimethyl formamide at Hg- and Ga-electrodes

B. Damaskin, V. Emets, 2010 .

Modified model of electrical double layer for mixed solutions of constant ionic strength

L. N. Sviridova, B. Damaskin, E. V. Stenina, 2010 .

Description of n-butanol adsorption at the Hg/(H2O + NaF) interface in terms of the model of three parallel capacitors combined with the classical theory of diffuse layer

B. Damaskin, 2010 .

Analysis of equal conformity of differential capacitance curves upon the adsorption of organic molecules with different models of surface layer

B. Damaskin, 2009 .

Adsorption of the lanthanum and thorium cryptates at mercury electrode

L. N. Sviridova, B. Damaskin, E. V. Stenina, 2009 .

Mechanism of coadsorption of two organic substances on electrodes at strong attractive interaction between their molecules in the adsorption layer

B. Damaskin, 2009 .

Nonequilibrium differential capacitance corresponding to the generalized model of the surface layer and its regression analysis

V. A. Safonov, B. Damaskin, 2009 .

The relation between the potential of zero charge and work function for sp-metals

V. V. Emets, B. Damaskin, V. Emets, 2009 .

Modeling of synergism effect at different orientation of co-adsorbing molecules

B. Damaskin, 2008 .

Simulation of synergistic effect at coadsorption of two organic substances on electrode

B. Damaskin, 2008 .

Adsorption phenomena on a mercury electrode in aqueous cryptand[2.2.2] solutions by the background of tetraalkylammonium salts

L. N. Sviridova, B. Damaskin, E. V. Stenina, 2008 .

Modeling of specific adsorption of ions at electrodes during the passing from a mixed solution of constant ionic strength to a binary solution

B. Damaskin, 2008 .

Chemisorption interaction of liquid electrodes of Cd-Ga alloy with hexamethylphosphorotriamide

B. Damaskin, V. Emets, 2008 .

Adsorption of long-chain aliphatic amines—components of corrosion inhibitors

E. Stenina, L. N. Sviridova, N. V. Frolova, 2007 .

Equilibrium differential capacitance and electrocapillary curves within the framework of a generalized model of the surface layer

B. Damaskin, 2007 .

Adsorption of organic molecules on electrodes: 2005 Frumkin Memorial Medal Award lecture

B. Damaskin, 2007 .

Correspondence between the Frumkin and Alekseev-Popov-Kolotyrkin models at the adsorption of neutral organic molecules

B. Damaskin, 2007 .

Adsorption parameters of cyclobutane carboxylic acid at the interface of a mercury electrode with aqueous solutions of 0.4 M Na2SO4 + 0.1 M H2SO4

B. Damaskin, 2006 .

Temperature dependence of adsorption parameters of n-butanol and n-valeric acid at their adsorption on mercury electrode from aqueous solutions

B. Damaskin, 2006 .

Double Electric Layer on Liquid Sn-Ga Alloy in Acetonitrile Solutions of Electrolytes

B. Damaskin, V. Emets, 2005 .

Effect of the metal nature on the n-butanol adsorption in the absence of the metal–water chemisorption interaction

B. Damaskin, V. Emets, 2005 .

Adsorption of n-Butanol from Aqueous Solutions on an Sn-Ga Electrode in the Absence of a Metal-Water Chemisorption Interaction

B. Damaskin, V. Emets, 2005 .

Adsorption parameters in solutions of ethyl esters of aliphatic acids

B. Damaskin, 2005 .

The Electrical Double Layer at the Bi–Ga Liquid Alloy in the Acetonitrile Electrolyte Solutions

B. Damaskin, V. Emets, 2004 .

Coadsorption of Tetraalkylammonium Cations and Halide Anions on the Uncharged Surface of Mercury Electrode

V. A. Safonov, B. Damaskin, 2004 .

Diffusion–Migration Currents on Microelectrodes: Comparing Two Approximate Approaches

B. Damaskin, Z. A. Rotenberg, 2004 .

Sorption of Cations and Anions from a Binary Electrolyte at Uncharged Electrode Surface: Comparing the Monolayer and Two-Layer Adsorption Models

V. A. Safonov, B. Damaskin, N. V. Safonov, 2004 .

Adsorption of n-Butanol on Pb–Ga in Aqueous Solutions: Effect of Metal on the Adsorption of Organic Compounds in the Absence of Metal–Water Chemisorption Interaction

B. Damaskin, V. Emets, 2004 .

Regression Analysis of Two Dimensional Pressure Isotherms for Individual Adsorption of Surface Active Molecules and Ions

V. A. Safonov, B. Damaskin, 2004 .

Adsorption of n-Butanol from Aqueous Solutions on a Bi–Ga Electrode

B. Damaskin, V. Emets, 2004 .

Electrical Double Layer on Liquid Sn–Ga Alloy in Aqueous Solutions

B. Damaskin, V. Emets, 2004 .

Electrical Double Layer on Liquid Bi–Ga Alloys in Aqueous Solutions

B. Damaskin, V. Emets, 2004 .

Diffusion–Migration Currents on Microelectrodes in the Absence of Supporting Electrolyte at an Arbitrary Charge of Ions

B. Damaskin, Z. A. Rotenberg, 2004 .

Influence of the Supporting Electrolyte Asymmetry on the Differential Capacitance Curves in a Model Description of Adsorption of Organic Cations at Electrode

S. I. Karpov, B. Damaskin, 2003 .

Coadsorption of two organic substances within the framework of a system of two mixed Frumkin isotherms

V. A. Safonov, O. Baturina, B. Damaskin, 2003 .

Adsorption of an Organic Compound in Two Different Positions: Simulation Taking into Account All Three Parameters of Intermolecular Interaction

V. A. Safonov, B. Damaskin, N. V. Safonov, 2003 .

Effect of Potential on Coadsorption of Two Organic Substances in the Frumkin Model at a Maximum Possible Number of Solutions for the Relevant Set of Isotherms

V. A. Safonov, O. Baturina, B. Damaskin, 2003 .

The principles of current methods for the study of electrochemical reactions

B. Damaskin, 1967 .

Nonthermodynamic Methods for Calculating Adsorption of Organic Substances on Electrodes

V. V. Batrakov, O. Petrii, B. Damaskin, 1971 .

Potentials of zero charge, interaction of metals with water and adsorption of organic substances—II. Potentials of zero charge and the work function

B. Damaskin, A. Frumkin, N. Grigoryev, 1974 .

Real free solvation energy of an electron in a solution in equilibrium with the electrode and its dependence on the solvent nature

A. Frumkin, B. Damaskin, 1977 .

Remark on the paper of S. Trasatti: The concept of absolute electrode potential. An attempt at a calculation

B. Damaskin, A. Frumkin, 1975 .

Coadsorption of ions and organic molecules

E. Stenina, L. N. Sviridova, O. Baturina, 2001 .

Effect of metal nature on energy of specific adsorption of chloride ions from dimethyl formamide solutions

A. Mel’nikov, B. Damaskin, V. Emets, 2017, Russian Journal of Electrochemistry.

Specific adsorption of Cl–, Br–, and I– ions on liquid In–Ga electrode from dimethyl formamide solutions with a constant ionic strength

B. Damaskin, V. Emets, 2015, Russian Journal of Electrochemistry.

Two-dimensional pressure of chemisorbed dimethylformamide and N-methylformamide molecules at Ga-, (In-Ga)-, and (Tl-Ga)-electrodes

B. Damaskin, V. Emets, 2015, Russian Journal of Electrochemistry.

Specific adsorption of bromide and iodide ions on liquid Ga electrode from 0.1m M LiBr + 0.1(1 − m) M LiClO4 and 0.1m M LiI + 0.1(1 − m) M LiClO4 mixed solutions in dimethyl formamide

B. Damaskin, V. Emets, 2015, Russian Journal of Electrochemistry.

Specific adsorption of chloride ions from 0.1m M LiCl + 0.1(1 − m) M LiClO4 mixed solutions in dimethyl formamide on liquid Ga electrode

B. Damaskin, V. Emets, 2015, Russian Journal of Electrochemistry.

Adsorption of Cl−, Br−, and I− ions from 0.1 M solutions in methanol on Ga, (In-Ga), and (Tl-Ga) electrodes

B. Damaskin, V. Emets, 2014, Russian Journal of Electrochemistry.

Effect of metal nature on specific adsorption of Cl−, Br−, and I− ions from N-methylformamide solutions

B. Damaskin, V. Emets, 2014 .

Estimating of surface activity of Cl− and Br− ions in the (In-Ga)/[N-methylformamide + mc KCl + (1 − m)c KClO4] and (In-Ga)/[N-methylformamide + mc KBr + (1 − m)c KClO4] systems by different methods

B. Damaskin, V. Emets, 2013, Russian Journal of Electrochemistry.

Different approaches to the estimating of surface activity of I− ions in the (In-Ga)/[N-methylformamide + mc KI + (1 − m)c KClO4] system

B. Damaskin, V. Emets, 2013, Russian Journal of Electrochemistry.

Search for a model to describe the specific adsorption of anions A− in Ga/[N-Methylformamide + mc KCl + (1 − m)c KClO4] Systems, where KA is KCl, KBr, or KI

V. A. Safonov, B. Damaskin, V. Emets, 2012, Russian Journal of Electrochemistry.

Specific adsorption of bromide and iodide ions from N-methyl formamide solutions with constant ionic strength on liquid ga electrode

B. Damaskin, V. Emets, 2012, Russian Journal of Electrochemistry.

Structure of the Electrical Double Layer in Non-aqueous Solvents

B. Damaskin, R. V. Ivanova, 1979 .

Specific adsorption of ions and charge distribution in an electrical double layer

B. Damaskin, L. Kuznetsova, U. Palm, 1979 .

Electric double layer on renewable liquid (Cd–Ga) electrode in dimethylformamide solutions

A. Mel’nikov, B. Damaskin, V. Emets, 2017, Russian Journal of Electrochemistry.

The structure of the electrical double layer on a liquid Pb–Ga alloy in aqueous, propylene carbonate, and formamide solutions of electrolytes

B. Damaskin, V. Emets, 2002 .

The role of metal and solvent in the structure of the electrode|surface-inactive electrolyte solution interface

V. V. Emets, V. Kazarinov, B. Damaskin, 1998 .

Parameters of n-hexanol adsorption on Au (111). Comparison between differential capacity and chronocoulometry results

V. A. Safonov, M. Sottomayor, Fernando Silva, 1999 .

Comparison of the ionic adsorption theories for the electrode/solution interface by computer simulation

M. Väärtnõu, B. Damaskin, I. Pankratova, 1987 .

Charge dependence of adsorption energy of ions at electrodes

M. Väärtnõu, B. Damaskin, U. Palm, 1980 .

Adsorption of Cl− ions on bismuth from ethanol

M. Väärtnõu, B. Damaskin, U. Palm, 1976 .

General regularities in the adsorption of organic substances on a mercury electrode

B. Damaskin, G. Tedoradze, 1965 .

Determination of formal charge transfer coefficients in adsorption processes in the system Hg, Tl, Tl+, H2O

B. Damaskin, A. Frumkin, N. Polianovskaya, 1976 .

Electrocapillary phenomena in the Hg, Tl, Tl+, H2O system in the presence of phenol

B. Damaskin, A. Frumkin, O. Os’kina, 1974 .

Some specific features of the effect of multicharged cations on the electroreduction of anions

V. A. Safonov, B. Damaskin, N. V. Fedorovich, 1993 .

DIFFERENTIAL CAPACITY AND STRUCTURE OF THE ELECTRICAL DOUBLE LAYER AT THE MERCURY/ELECTROLYTE INTERFACE

B. Damaskin, 1961 .

Analysis of modern phenomenological approaches toward describing the structure and properties of the electrical double layer dense part on the metal solution interface

V. A. Safonov, B. Damaskin, 1997 .

POTENTIALS OF ZERO CHARGE, INTERACTION OF METALS WITH WATER AND ADSORPTION OF ORGANIC SUBSTANCES PART 2, POTENTIALS OF ZERO CHARGE AND THE WORK FUNCTION

B. Damaskin, A. Frumkin, N. Grigoryev, 1974 .

Differential and thermodynamic electrode capacity—impedance control of identity

B. M. Grafov, B. Damaskin, 1992 .

Specific adsorption of cations and hydrogen overvoltage on bismuth

T. Tenno, B. Damaskin, U. Palm, 1977 .

Adsorption isotherm of ions on electrodes for solutions with constant ionic strength

B. Damaskin, U. Palm, M. Salve, 1973 .

Criteria of choice of absorption parameters in the grahame—parsons model: Cesium adsorption on bismuth

B. Damaskin, U. Palm, M. Salve, 1986 .

Equations for Transition from Grahame–Parsons Model to Alekseev–Popov–Kolotyrkin Model

B. Damaskin, 2002 .

Structure of the electrode-solution interface in the presence of organic solutions adsorbed in two different positions

B. Damaskin, A. Frumkin, S. L. Dyatkina, 1967 .

Comparison of experiments with calculations using double-layer models: Specific adsorption of Cs+ on bismuth

B. Damaskin, U. Palm, M. Salve, 1987 .

Reply to: “Comment by Emmanuel M. Gutman on: Historical development of theories of the electrochemical double layer” [Damaskin BB, Petrii OA (2011) J Solid State Electrochem. 15:1317]

O. Petrii, B. Damaskin, 2012, Journal of Solid State Electrochemistry.

Influence of surface-active organic substances on the electroreduction of anions

O. Petrii, B. Damaskin, N. V. Nikolaeva-Fedorovich, 1960 .

Capacitance of the Electrical Double Layer on Liquid Hg–Ga Alloy in Aqueous Solutions

B. Damaskin, V. Emets, 2002 .

Structure of Electrical Double Layer on Liquid Pb–Ga Alloy in Aqueous Electrolytes

B. Damaskin, I. Bagotskaya, V. Emets, 2001 .