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Theory of Stellar Pulsation. (PSA-2), Volume 2
Volume 31 in the series
Princeton Series in Astrophysics
In the series
Princeton Legacy Library
- Language: English
- Publisher: Princeton University Press
- Copyright year: 1980
- Audience: Professional and scholarly;College/higher education;
- Pages
- Main content: 400
- Keywords: Ionization; Variable star; Quantity; Lagrangian (field theory); Equation; Calculation; Convection; Cepheid variable; Eigenvalues and eigenvectors; Stellar pulsations; Eigenfunction; Differential equation; Amplitude; Galaxy rotation curve; Instability; Approximation; Temperature; Second law of thermodynamics; Stellar evolution; Mass concentration (chemistry); Hertzsprung–Russell diagram; Newton's law of universal gravitation; Astrophysics; Stellar mass; Stellar structure; Radiation pressure; Reversible process (thermodynamics); Oscillation theory; Nuclear fusion; Variable (mathematics); Poisson's equation; Elliptic orbit; Thermodynamic equilibrium; Kinetic theory of gases; Wave equation; First law of thermodynamics; T Tauri star; The Astrophysical Journal; Fusion power; Nuclear reaction; Radiative transfer; Angular frequency; RR Lyrae variable; Newton's method; Ionization energy; Neutrino; Limit cycle; Schrödinger equation; Chromosphere; Special relativity; Gravitational potential; Solar mass; Adiabatic theorem; Supergiant; Radiative flux; Quantum mechanics; Center of mass (relativistic); Equation of state; Stellar atmosphere; Theoretical physics; Equations of motion; Wavelength; Gravitational acceleration; Stellar magnetic field; Astronomy; Classical mechanics; Thermal time scale; Degree of ionization; Gravitational constant; Stefan–Boltzmann constant; RV Tauri variable; Orbit; Planck's law; Instability strip; Partial differential equation; Stellar rotation; Circular orbit; Rayleigh–Taylor instability; Galactic plane; Supernova; Ideal gas law; Quasistatic process; Convection zone; Ordinary differential equation; Oscillation; Polytrope; Cartesian coordinate system; Astronomer; Accretion disk; Cosmic dust; Continuity equation; Newton's laws of motion; Rotation period; Optical depth; Gravity; Periodic function; Spherical harmonics; Orbital elements; Effective temperature; Gravitational energy
eBook
- Published: March 14, 2017
- ISBN: 9781400885855
