Polytrope

#	Item
1	Basics of helio- and asteroseismology Anna Ogorzałek? , Supervisor: Professor Hiromoto Shibahashi Jagiellonian University, University of Tokyo Summer Research Internship Program October 20, 2011 Add to Reading List Source URL: astro.berkeley.edu Language: English - Date: 2012-11-04 13:10:59 Helioseismology Asteroseismology Wave Gravitational wave Physical quantity Stellar pulsations Differential equation Polytrope Variable star Physics Astrophysics Astronomy
2	Homework #1 1. The density of the interior of the sun is significantly larger than that of water. a) Provide a quantitative relation between the temperature and density of a star which indicates when we can treat it as a Add to Reading List Source URL: astro.berkeley.edu Language: English - Date: 2013-01-28 21:05:13 Space Polytrope Lane–Emden equation Luminosity Polytropic process Mass–luminosity relation Stellar classification Star Main sequence Astrophysics Physics Astronomy
3	/asolve/website/lem/lem.dvi Add to Reading List Source URL: www.people.fas.harvard.edu Language: English - Date: 2008-12-29 08:51:58 Lane–Emden equation Polytrope Linear differential equation Polytropic process Calculus of variations Astrophysics Ordinary differential equations Differential equations