En savoir plus sur le livre
The book explores various aspects of plasma physics through a detailed examination of molecular dynamics, Monte Carlo simulations, and thermodynamics. It begins with numerical simulations of Coulombic freezing and dense plasmas, including studies on localization of quantum electrons in disordered systems. The thermodynamic section delves into phase transitions in nonideal plasmas, ionization models, and thermodynamic functions of dense plasma, as well as critical points under Coulomb interactions. Kinetic theory is addressed, focusing on ionization processes and coefficients in dense plasmas. The discussion on collective modes includes transport properties, viscosity, and nonlinear characteristics in non-ideal plasmas, supported by experimental developments. Radiation and spectroscopy are examined, highlighting the effects of dense plasmas on spectral line shapes and the dynamics of electric fields in strong coupling limits. Astrophysical problems are also tackled, particularly nuclear fusion in dense plasmas and the equation of state for stellar envelopes. Finally, the book covers laser and ion fusion, detailing particle-driven inertial fusion and the impact of strongly coupled plasma in experimental settings. This comprehensive overview offers insights into both theoretical and experimental aspects of plasma behavior in various conditions.
Achat du livre
Physics of nonideal plasmas, Werner Ebeling
- Langue
- Année de publication
- 1992
Modes de paiement
Personne n'a encore évalué .