Popov Y.A.

SCALAR FIELD IN COSMOLOGY: POTENTIAL FOR ISOTROPIZATION AND INFLATION

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International Journal of Theoretical Physics. Kluwer Academic/Plenum Publishers. Vol. 50. 2011. P. 3421-3431

ELECTROMAGNETIC FIELD WITH INDUCED MASSIVE TERM: CASE WITH SCALAR FIELD

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Rybakov Y.P., Shikin G.N., Popov Y.A., Saha B.

Central European Journal of Physics. Vol. 9. 2011. P. 1165-1172

FLUCTUATION FORMATION MODEL AND OPERATION MECHANISM OF INHIBITING LAYERS ON METALS: II. INTERACTION AND EVOLUTION OF INHIBITOR NUCLEI

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Popov Y.A., Koval'chukov N.A., Chistokhvalov V.N.

Protection of Metals and Physical Chemistry of Surfaces. Maik Nauka Publishing / Springer SBM. Vol. 46. 2010. P. 202-205

FLUCTUATION FORMATION MODEL AND OPERATION MECHANISM OF AN INHIBITING LAYER ON METALS: III. EQUATIONS OF INHIBITOR LAYER AT METAL BOUNDARY

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Popov Y.A., Koval'chukov N.A., Popova V.A., Chistokhvalov V.N.

Protection of Metals and Physical Chemistry of Surfaces. Maik Nauka Publishing / Springer SBM. Vol. 46. 2010. P. 316-319

A KINETIC MODEL OF THE ELECTRODE FORMATION OF A PROTECTIVE SALT LAYER

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Popov Y.A., Sherstyuk D.V., Sidorenko S.N., Sakha S.

Protection of Metals. Kluwer Academic/Plenum Publishers. Vol. 36. 2000. P. 431-437

TO THE THEORY OF A PASSIVATING LAYER ON AN ANODICALLY DISSOLVING METAL

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Popov Y.A., Sidorenko S.N.

ZHURNAL FIZICHESKOI KHIMII / Russian Journal of Physical Chemistry A. MEZHDUNARODNAYA KNIGA / Федеральное государственное бюджетное учреждение "Российская академия наук". Vol. 70. 1996. P. 908-912

A VACANCY MODEL OF THE INTERFACE BETWEEN THE PASSIVATING LAYER AND A METAL IN ITS ANODIC DISSOLUTION

Article

Popov Y.A., Sidorenko S.N.

ZHURNAL FIZICHESKOI KHIMII / Russian Journal of Physical Chemistry A. MEZHDUNARODNAYA KNIGA / Федеральное государственное бюджетное учреждение "Российская академия наук". Vol. 70. 1996. P. 1279-1281

List of records

SCALAR FIELD IN COSMOLOGY: POTENTIAL FOR ISOTROPIZATION AND INFLATION

ELECTROMAGNETIC FIELD WITH INDUCED MASSIVE TERM: CASE WITH SCALAR FIELD

FLUCTUATION FORMATION MODEL AND OPERATION MECHANISM OF INHIBITING LAYERS ON METALS: II. INTERACTION AND EVOLUTION OF INHIBITOR NUCLEI

FLUCTUATION FORMATION MODEL AND OPERATION MECHANISM OF AN INHIBITING LAYER ON METALS: III. EQUATIONS OF INHIBITOR LAYER AT METAL BOUNDARY

A KINETIC MODEL OF THE ELECTRODE FORMATION OF A PROTECTIVE SALT LAYER

TO THE THEORY OF A PASSIVATING LAYER ON AN ANODICALLY DISSOLVING METAL

A VACANCY MODEL OF THE INTERFACE BETWEEN THE PASSIVATING LAYER AND A METAL IN ITS ANODIC DISSOLUTION

Other authors

Tchernitchin A.N.

Zhukovskii E.S.