Search Results - "NEMILOV, S. V"

A mechanism for spontaneous relaxation of glass at room temperature by Nemilov, S. V., Johari, G. P.

“…Silicate glasses kept at ambient temperature densify spontaneously, and their properties change with time. This is known as ageing of a glass. The spontaneous…”
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Maxwell equation and classical theories of glass transition as a basis for direct calculation of viscosity at glass transition temperture by Nemilov, S. V.

“…The main relaxation theories of glass transition (Leontovich-Mandelstam and Volkenstein-Ptitsyn) variously formulate the kinetic criteria of glass transition…”
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Remarks on the article “On the nature of the liquid-to-glass transition equation” by D.S. Sanditov by Nemilov, S. V.

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The results of application of Maxwell’s equations in glass science by Nemilov, S. V.

“…Results of the application of Maxwell’s equations to describe mechanical and electrical relaxations in inorganic glasses and their melts prove the validity of…”
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Physical ageing of silicate glasses at room temperature : General regularities as a basis for the theory and the possibility of a priori calculation of the ageing rate by NEMILOV, S. V

“…A review has been presented of the poorly known data on the ageing of thermometric, optical, and other glasses at observation durations as long as 40 years…”
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The peculiarities of relaxation processes at heating of glasses in glass transition region according to the data of mechanical relaxation spectra (Review) by Nemilov, S. V., Balashov, Yu. S.

“…The results of study of mechanical losses by dynamic methods for silicate, borate, and chalcogenide glasses, metallic glass and glycerol at heating in the…”
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Physical ageing of silicate glasses at room temperature : The choice of quantitative characteristics of the process and the ranking of glasses by their tendency to ageing by NEMILOV, S. V

“…Practical aspects of the model proposed earlier that treats the ageing of glasses as a complex relaxation process developing through several independent…”
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Maxwell equation for conductivity of dielectrics as the basis of direct relationship of ionic electrical conductivity and mechanical losses in glasses. New problems of physical chemistry of glass by Nemilov, S. V.

“…Use of the Maxwell equation for the conductivity of dielectrics and the theory of mechanical losses in glasses caused by ionic shifts has made it possible to…”
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Relaxation processes in inorganic melts and glasses: An elastic continuum model as a promising basis for the description of the viscosity and electrical conductivity by Nemilov, S. V.

“…A brief review is presented of the concepts regarding the nature of α and β relaxation processes in melts and glasses. Experimental data have been used to show…”
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An Analysis of the Contents of Publications in the Journal Fizika i Khimiya Stekla (Glass Physics and Chemistry) for 25 Years by Nemilov, S V

“…The subject matter of the journal over the 25 years of its existence is analyzed, and the changes in it, related to objective trends in science and society,…”
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Interrelation between shear modulus and the molecular parameters of viscous flow for glass forming liquids by Nemilov, S.V.

“…The relationship between the free energy of viscous flow activation, the instantaneous modulus and the molar volume of kinetic units overcoming the barrier was…”
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The effect of UV irradiation and thermal treatments on structural properties of silver-containing photo-thermo-refractive glasses: Studies by Raman spectroscopy by Sidorov, A.I., Nikonorov, N.V., Ignatiev, A.I., Nemilov, S.V.

“…Structural changes in silver-containing photo-thermo-refractive (PTR) silicate glasses during photo-thermo-crystallization process were studied by methods of…”
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Erratum to: “Maxwell equation and classical theories of glass transition as a basis for direct calculation of visco at glass transition temperature” by Nemilov, S. V.

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Zero-point entropy of glasses as physical reality by Nemilov, Sergei V.

“…This paper presents an analysis of the physical nature of the author’s results obtained since 1995 in the field of thermodynamics of the vitreous state…”
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Erratum to: Relaxation Processes in Inorganic Melts and Glasses: An Elastic Continuum Model as a Promising Basis for the Description of the Viscosity and Electrical Conductivity by Nemilov, S. V.

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The possibilities of modeling neural networks in the framework of the thermodynamics of genetically disordered systems (glasses) by Nemilov, S V

“…Non-spin glasses possess a number of specific features which, in structural and dynamic aspects, are close to conditions necessary for neural networks to…”
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Interrelation between shear modulus and the molecular parameters of viscous flow for glass forming liquids by NEMILOV, S. V

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Errata: A mechanism for spontaneous relaxation of glass at room temperature by Nemilov, S. V., Johari, G. P.

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Possible modeling of neural networks in the framework of thermodynamics of genetically disordered systems (glasses) by Nemilov, S V

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Thermodynamic basis for the inevitability of low-temperature glass properties anomalies by NEMILOV, S. V

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