Vernov A.V.

THE GIBBS METHOD, OR WHAT IS MEASURED IN ADSORPTION EXPERIMENT?

Article

Lopatkin A.A., Vernov A.V.

ZHURNAL FIZICHESKOI KHIMII / Russian Journal of Physical Chemistry A. MEZHDUNARODNAYA KNIGA / Федеральное государственное бюджетное учреждение "Российская академия наук". Vol. 69. 1995. P. 2253-2256

SORPTION OF XENON IN ZEOLITE RHO: A THERMODYNAMIC/SIMULATION STUDY

Article

Vernov A.V., Steele W.A., Abrams L.

Journal of Physical Chemistry. Vol. 97. 1993. P. 7660-7664

THE PECULIARITIES OF PHASE TRANSITIONS IN ADSORBED LAYERS

Article

Vernov A.V.

Pure and Applied Chemistry. Vol. 65. 1993. P. 2151-2155

COMPUTER SIMULATIONS OF BENZENE ADSORBED ON GRAPHITE. 85-298 K

Article

Vernov A., Steele W.A.

Studies in Surface Science and Catalysis. Elsevier Inc.. Vol. 80. 1993. P. 695-701

SIMULATION STUDIES OF ADSORPTION IN ROUGH-WALLED CYLINDRICAL PORES

Article

BOJAN M.J., VERNOV A.V., STEELE W.A.

Langmuir. Vol. 8. 1992. P. 901-908

DISTRIBUTION FUNCTION OF FINITE-SIZE LATTICE SYSTEMS PER PARTICLE IN THE GRAND CANONICAL ENSEMBLE

Article

Vernov A.V., Andryushin A.V., Shimulis V.I.

Journal of Physical Chemistry. Vol. 95. 1991. P. 4853-4856

ADSORPTION OF BENZENE ON SPLIT GRAPHITE

Article

Iapo A.Zh., Shimulis V.I., Vernov A.V., Chistokhvalov V.N.

Bulletin of the Academy of Sciences of the USSR Division of Chemical Science. Kluwer Academic Publishers-Plenum Publishers. Vol. 40. 1991. P. 1138-1140

PHASE-TRANSITIONS OF CARBON-TETRACHLORIDE ADSORBED ON GRAPHITIZED THERMAL BLACK

Article

CHISTOKHVALOV V.N., SHIMULIS V.I., VERNOV A.V.

ZHURNAL FIZICHESKOI KHIMII / Russian Journal of Physical Chemistry A. MEZHDUNARODNAYA KNIGA / Федеральное государственное бюджетное учреждение "Российская академия наук". Vol. 65. 1991. P. 3129-3132

COMPUTER SIMULATIONS OF BENZENE ADSORBED ON GRAPHITE. 1. 85 K

Article

Steele W.A., Vernov A.

Langmuir. Vol. 7. 1991. P. 3110-3117

COMPUTER SIMULATIONS OF BENZENE ADSORBED ON GRAPHITE. 2. 298 K

Article

Steele W.A., Vernov A.

Langmuir. Vol. 7. 1991. P. 2817-2820

STUDY OF PHASE-TRANSITIONS IN ADSORPTION LAYERS BY THE TENSIMETRIC TECHNIQUE .4. TWO-DIMENSIONAL PHASE-TRANSFORMATIONS OF XENONE ON GRAPHITIZED THERMAL CARBON-BLACK

Article

SHIMULIS V.I., CHISTOKHVALOV V.N., VERNOV A.V.

ZHURNAL FIZICHESKOI KHIMII / Russian Journal of Physical Chemistry A. MEZHDUNARODNAYA KNIGA / Федеральное государственное бюджетное учреждение "Российская академия наук". Vol. 63. 1989. P. 708-713

CALCULATION OF ENERGY OF THE INTERACTION OF BENZENE MOLECULE WITH GRAPHITE SURFACE

Article

VERNOV A.V., GORELOV D.S., SAPATA K.V.

ZHURNAL FIZICHESKOI KHIMII / Russian Journal of Physical Chemistry A. MEZHDUNARODNAYA KNIGA / Федеральное государственное бюджетное учреждение "Российская академия наук". Vol. 63. 1989. P. 696-702

DISTRIBUTION FUNCTION OF LATTICE SYSTEMS OF FINITE DIMENSIONS WITH RESPECT TO THE NUMBER OF PARTICLES IN A LARGE CANONICAL ENSEMBLE

Article

Vernov A.V.

Colloid journal of the USSR. Vol. 51. 1989. P. 309-312

DEPENDENCE OF THE DISTRIBUTION FUNCTION OF SYSTEMS WITH RESPECT TO THE NUMBER OF PARTICLES IN A LARGE CANONICAL ENSEMBLE ON THE DIMENSIONS OF THE SYSTEM

Article

Vernov A.V., Andryushin A.V.

Colloid journal of the USSR. Vol. 51. 1989. P. 313-316

ADSORBED MOLECULAR LAYERS MATCHING TO THE GRAPHITE SURFACE

Article

VERNOV A.V.

ZHURNAL FIZICHESKOI KHIMII / Russian Journal of Physical Chemistry A. MEZHDUNARODNAYA KNIGA / Федеральное государственное бюджетное учреждение "Российская академия наук". Vol. 63. 1989. P. 1670-1672

List of records

THE GIBBS METHOD, OR WHAT IS MEASURED IN ADSORPTION EXPERIMENT?

SORPTION OF XENON IN ZEOLITE RHO: A THERMODYNAMIC/SIMULATION STUDY

THE PECULIARITIES OF PHASE TRANSITIONS IN ADSORBED LAYERS

COMPUTER SIMULATIONS OF BENZENE ADSORBED ON GRAPHITE. 85-298 K

SIMULATION STUDIES OF ADSORPTION IN ROUGH-WALLED CYLINDRICAL PORES

DISTRIBUTION FUNCTION OF FINITE-SIZE LATTICE SYSTEMS PER PARTICLE IN THE GRAND CANONICAL ENSEMBLE

ADSORPTION OF BENZENE ON SPLIT GRAPHITE

PHASE-TRANSITIONS OF CARBON-TETRACHLORIDE ADSORBED ON GRAPHITIZED THERMAL BLACK

COMPUTER SIMULATIONS OF BENZENE ADSORBED ON GRAPHITE. 1. 85 K

COMPUTER SIMULATIONS OF BENZENE ADSORBED ON GRAPHITE. 2. 298 K

STUDY OF PHASE-TRANSITIONS IN ADSORPTION LAYERS BY THE TENSIMETRIC TECHNIQUE .4. TWO-DIMENSIONAL PHASE-TRANSFORMATIONS OF XENONE ON GRAPHITIZED THERMAL CARBON-BLACK

CALCULATION OF ENERGY OF THE INTERACTION OF BENZENE MOLECULE WITH GRAPHITE SURFACE

DISTRIBUTION FUNCTION OF LATTICE SYSTEMS OF FINITE DIMENSIONS WITH RESPECT TO THE NUMBER OF PARTICLES IN A LARGE CANONICAL ENSEMBLE

DEPENDENCE OF THE DISTRIBUTION FUNCTION OF SYSTEMS WITH RESPECT TO THE NUMBER OF PARTICLES IN A LARGE CANONICAL ENSEMBLE ON THE DIMENSIONS OF THE SYSTEM

ADSORBED MOLECULAR LAYERS MATCHING TO THE GRAPHITE SURFACE

Other authors

Nikanorov V.A.

Lepahgin V.K.