Overview

The words of this preface were written when the book was ready to go to the press; and are limited to only a few points which are best made in this place. As is intimated by the sub-title, the whole volume was written with appli­ cations in mind to double-star astronomy. The latter is, however, not the only branch of our science which could benefit from its contents. The same is true of certain aspects of the dynamics of stellar systems or galaxies (the stellar popula­ tions of which are also characterized by the fact that the mean-free-path of their constituent stars are long in comparison with the dimensions of the respective systems); the central condensations of which are high enough to approximate the gravitational action of a ""mass-point"". This fact did not, to be sure, escape the attention of previous investigators (in the case of globular clusters, in particular, the Roche model was introduced in their studies under the guise of polytropic models characterized by the index n = 5); though no particular attention will be paid to these in this book. But possible applications of the Roche model are not limited to problems arising in stellar astrophysics. With Coulomb forces replacing gravitation, the equilibrium model finds a close analogy in the field of electrostatics-as was pointed out already at the beginning of this century by (then young) J. H. Jeans (cf.

Full Product Details

Author:   Zdenek Kopal
Publisher:   Springer
Imprint:   Springer
Edition:   Softcover reprint of the original 1st ed. 1989
Volume:   152
Dimensions:   Width: 15.50cm , Height: 1.40cm , Length: 23.50cm
Weight:   0.427kg
ISBN:  

9789401075282

ISBN 10:   940107528
Pages:   264
Publication Date:   28 September 2011
Audience:   Professional and scholarly ,  Professional & Vocational
Format:   Paperback
Publisher's Status:   Active
Availability:   Manufactured on demand  
We will order this item for you from a manufactured on demand supplier.

Table of Contents

List of Contents.- I. Introduction.- I.1 Bibliographical Notes.- II. The Roche Model.- II.1 Roche Model—A Definition.- II.2 Geometry of Roche Equipotentials.- II.3 Time-Dependent Roche Equipotentials.- II.4 Bibliographical Notes.- III. Roche Coordinates.- III.1 Metric Transformations.- III.2 Equations of Motion in Roche Coordinates.- III.3 Bibliographical Notes.- IV. Continuous Mass Distribution: Clairaut’s Theory.- IV.1 Equipotential Surfaces.- IV.2 Rotational Distortion.- IV.3 Tidal Distortion.- IV.4 Interaction Between Rotation and Tides.- IV.5 Effects of Internal Structure.- IV.6 Bibliographical Notes.- V. Clairaut Coordinates.- V.1 Metric Transformation.- V.2 Internal Structure.- V.3 Vibrational Stability.- V.4 Bibliographical Notes.- VI. Generalized Rotation.- VI.1 Equations of Motion for Deformable Bodies.- VI.2 Dissipative Forces: Effects of Viscosity.- VI.3 Precession and Nutation of Deformable Bodies.- VI.4 Bibliographical Notes.- VII. Observable Effects of Distortion in Close Binary Systems.- VII.1 Radiative Transfer in Clairaut Coordinates.- VII.2 Light Variations in Close Binary Systems.- VII.3 Light Changes of Distorted Systems Within Eclipses.- VII.4 Radial Velocity Variations in Close Binary Systems.- VII.5 Bibliographical Notes.- References.

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