## Introduction to Advanced Astrophysics |

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### Contents

INTRODUCTION TO THE THEORY OF RADIATIVE | 3 |

Equation of Transfer and the Corresponding Equation of Continuity | 20 |

Applications to the Physics of Stellar Interiors | 31 |

Copyright | |

45 other sections not shown

### Common terms and phrases

a-particles according to Equation account Equation approximation Astron Astrophys blasars brightness Chapter clusters complete degeneracy component considered constant coordinates corresponding cosmology Crab pulsar curve defined by Equation denote distance domain Doppler effect element emission energy density equal equilibrium Euclidean expression fermions Figure free neutrons frequency Friedmann function galactic galaxies given by Equation gravitational Hence integrated interval kinetic energy luminosity mass density mechanical equilibrium motion neutron star non-relativistic notation nuclei number density observed obtain optical orbital orbital period parameter particles photons physical plane polytropic pressure pulse quasars radial velocity radiation field radio sources radius redshift relation relative relativistic replacing represents respect Section side of Equation space spectrum Subsection Table taking into account temperature theoretical theory tri-dimensional unit universe uv(P variable variations vector Vela pulsar white dwarfs X-brightness X-ray pulsars X-ray sources zero