Equations of state of matter, from ideal gas to quark-gluon plasma
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The monograph presents a comparative analysis of various thermodynamic models of equations of state. The main ideological prerequisites for theoretical methods and experiment are considered. The focus is on the description of states that are of the greatest interest for high-density physics, which are either already obtained, or in the foreseeable future can be obtained under controlled conditions on Earth, or implemented in astrophysical facilities at different stages of their evolution. Ultra-random astrophysical and nuclear fluid applications are also considered, where relativism, powerful gravitational and magnetic fields, thermal radiation, transformation of nuclear particles, neutronization of nucleons and deconfintments of quarks have significant influence on the thermodynamics of the substance.
For a wide range of specialists involved in the equations of the state of the substance and physics of high energy densities, as well as for students of senior courses and graduate students
For a wide range of specialists involved in the equations of the state of the substance and physics of high energy densities, as well as for students of senior courses and graduate students
Author:
Author:Fortov Vladimir Evgenievich
Cover:
Cover:Hard
Category:
- Category:Science & Math
ISBN:
ISBN:978-5-9221-1415-8
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