by J. B. Tatum
A course on stellar atmospheres which covers: definitions of and relations between quantities used in radiation theory, blackbody radiation, the exponential integral function, flux, specific intensity and other astrophysical terms, absorption, scattering, extinction and the equation of transfer, limb darkening, atomic spectroscopy, Boltzmann's and Saha's equations, oscillator strengths and related topics, line profiles, curve of growth.
Home page url
Download or read it online for free here:
by P.K. Townsend - arXiv
Notes for a course taught in part III of the Cambridge University Mathematical Tripos: gravitational collapse, Schwarzschild black hole, charged black holes; rotating black holes; energy and angular momentum; black hole mechanics; Hawking radiation.
by George Gamow - Dover Publications
In this fascinating book, a renowned physicist outlines the theories that illuminate the evolution of our world. Gamow employs language that's both scientifically accurate and easy to understand as he traces the development of atomic theory.
by Andreas Schmitt - arXiv
Cold and dense nuclear and quark matter can be found in the interior of compact stars. The author gives a pedagogical introduction to microscopic calculations based on phenomenological models, effective theories, and perturbative QCD.
by Uri Feldman, at al. - ESA Publications Division
Investigations of the heating of the corona and the acceleration of the solar wind are two of the prime scientific goals in studying the solar upper atmosphere with the Solar and Heliospheric Observatory (SOHO) of ESA and NASA.