Search Results - "Nemilov, Sergei V."
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Structural aspect of possible interrelation between fragility (length) of glass forming melts and Poisson’s ratio of glasses
Published in Journal of non-crystalline solids (15-12-2007)“…The analysis of the development of the notion of fragility (length) of glass forming melts and the nature of Poisson’s coefficient of glasses is presented for…”
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On the Possibility of Calculating Entropy, Free Energy, and Enthalpy of Vitreous Substances
Published in Entropy (Basel, Switzerland) (11-03-2018)“…A critical analysis for the arguments in support of, and against, the traditional approach to thermodynamics of vitreous state is provided. In this approach…”
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The review of possible interrelations between ionic conductivity, internal friction and the viscosity of glasses and glass forming melts within the framework of Maxwell equations
Published in Journal of non-crystalline solids (15-02-2011)“…The review contains the results of application of Maxwell equations for mechanical relaxation and electrical conductivity, to the systematization of large…”
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Rejuvenation of a Metallic and Oxide Glass by Cooling from the Supercooled Liquid State at Laboratory Rates
Published in Physica status solidi. PSS-RRL. Rapid research letters (01-08-2018)“…Calorimetric study of relaxation and rejuvenation of PdNiP and SiO2‐based glasses by cooling from the supercooled liquid state at laboratory rates is…”
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5
Zero-point entropy of glasses as physical reality
Published in Journal of non-crystalline solids (01-05-2009)“…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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Zero-point entropy of glasses as physical reality
Published in Journal of non-crystalline solids (2009)Get full text
Conference Proceeding -
7
Thermodynamic basis for the inevitability of low-temperature glass properties anomalies
Published in Journal of non-crystalline solids (01-03-1996)“…Non-equilibrium disordered systems having a glass transition temperature (glasses) differ from crystals by their zero-point free energies and entropies. These…”
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