Thermodynamic and operational properties of heterogeneous lyophobic systems

Year 2013, Volume: 16 Issue: 1, 1 - 9, 22.03.2012

Valentin Eroshenko Yaroslav Grosu

Abstract

The article presents theoretical and experimental analysis of heterogeneous lyophobic systems (HLS) useful for nontraditional high-performance HLS-based thermomechanical dissipation, accumulation and energy transformation devices development. Not typical for conventional working mediums (gas/vapor) HLS compression/decompression thermal effects are examined and model which allows to predict these effects is presented. Also the operational features of new working mediums under adiabatic conditions, including their numerous cycling, are investigated.

Keywords

Adiabatic; capillary; energy transformation; lyophobic; surface tension; thermodynamics

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