LOW-TEMPERATURE EQUATION OF STATE OF SOLID METHANE
Journal: REFRIGERATION ENGINEERING AND TECHNOLOGY (Vol.52, No. 1)Publication Date: 2016-03-28
Authors : L. N. Yakub; O. S. Bodiul;
Page : 80-85
Keywords : Methane; Equation of State; Sublimation Line; Thermal Expansion Coefficient; Heat Capacity.;
- LOW-TEMPERATURE EQUATION OF STATE OF SOLID METHANE
- Effect of Temperature and Time on Assessment of Methane Production from Microbial Degradation of Solid Waste in Port Harcourt, Rivers State, Nigeria
- THE MODELING OF CARBON DIOXIDE, METHANE AND NON-METHANE ORGANIC GASES EMISSION RATES IN SOLID WASTE LANDFILL IN CITY OF JAHROM, IRAN
- Precise Control of Process Temperature using AI-7048 Temperature Controller and Solid-State Relay (SSR) Control System
- DEPENDENCE OF SPECTRAL CHARACTERISTICS OF SEMICONDUCTOR AND SOLID STATE LASERS OF VISIBLE RANGE ON ACTIVE ENVIRONMENT TEMPERATURE
Abstract
The theoretical equation of state for solid methane, developed within the framework of perturbation theory, with the crystal consisting of spherical molecules as zero-order approximation, and octupole-octupole interaction of methane molecules as a perturbation, is proposed. Thermodynamic functions are computed on the sublimation line up to the triple point. The contribution of the octupole-octupole interaction to the thermodynamic properties of solid methane is estimated.
Other Latest Articles
- THE INFLUENCE OF NANOPARTICLES Al2O3 ON ISOPROPYL ALCOHOL HEAT CAPACITY
- USE OF A MODIFIED HARD-SPHERE MODEL FOR OIL-REFRIGERANT MIXTURES VISCOSITY CALCULATION
- THE KINETICS OF DRYING OF GRAIN MATERIALS IN A MICROWAVE FIELD
- THE OPTIMAL CONDITIONS FOR THE GENERATION OF HEAT FLUX THROW THE CAPILLARY CUT CAUSED BY THE ULTRASONIC CAVITATION
- EVOLUTION OF HEAT LOSS SYSTEMATIZATION IN MULTILAYER FENCING UNDER DBN V.2.6?31:2006 IN OPERATION
Last modified: 2016-08-28 23:20:12