Severals equations of state are considered and modified in the present study to investigate the P-V-T data for ionic solids such as NaCl, KCl, MgO, Al2O3, Mg2SiO4 and CaO etc. For these compounds the experimental data are available in the high pressure-high temperature regions [18] and we can make a direct comparison between the calculated and experimental values.
Chapter –I Introduction
Chapter-II Equations of state and thermodynamic relationships
• 2.1 Equations of State
• 2.2 Thermodynamic Relations
Chapter-III Theories of the Gruneisen Parameter
• 3.1 The Gruneisen Function
• 3.2 Power law for (V)
• 3.3 Barton-Stacey formulation for the Gruneisen parameter
Chapter-IV Formations for Thermoelastic Behaviour
• 4.1 Basic formulations
• 4.2 Thermodynamic approximations
• 4.3 A model for high-temperature thermal expansion
• 4.4 Thermoelastic properties at high Temperatures
Chapter-V Numerical Analysis, Results and Discussion
• 5.1 Pressure-Volume relationships at high temperatures for some alkali halides
• 5.2 High temperature equation of state for NaCl and KCl
• 5.3 Analysis of bulk modulus and thermal Expansivity for MgO, CaO, Al2O3 at high temperatures
• 5.4 Elastic Constants at high temperatures
• 5.5 Thermoelastic properties of MgO
Chapter-VI Summary and Conclusion
Dr. Praveen Kumar (Dr. Praveen Kumar Saraswat) working as Associate professor & Head in post graduate department of physics, Narain College, Shikohabad affiliated to DR BHIM RAO AMBEDKAR UNIVERSITY, AGRA (Formerly known as AGRA UNIVERSITY, AGRA). He obtained his B.Sc., M.Sc. & Ph.D. degree from DBRAU, AGRA in 1986,1988 & 1998 respectively. The specialization of his Ph.D. is condensed matter physics. He has teaching experience of more than 26 years of UG & PG classes, research experience of more than 18 years during which five (05) students were
Subject Covers:-
• Equations of state and thermodynamic relationships
• Theories of the Gruneisen Parameter
• Formations for Thermoelastic Behaviour
• Numerical Analysis, Results and Discussion
• Numerical Analysis, Results and Discussion
• Summary and Conclusion
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