TAILIEUCHUNG - Radio Recombination Lines

The history of science shows many close connections between physics and astronomy. It is well known that a number of physical laws evolved from a base of astronomical observations. For example, Kepler observed and, later Newton derived, the laws of gravitation while studying the motion of planets and their satellites. The existence of thermonuclear energy was solidly established when it explained the energy balance of the Sun and stars. The anomalous shift of Mercury’s perihelion showed us that Newton’s gravitational theory was incomplete; this observation helped lead Einstein to the more comprehensive theory of General Relativity | ASTROPHYSICS AND SPACE SCIENCE LIBRARY 282 . Gordon Radio Recombination Lines Their Physics and Astronomical Applications SL 0 Springer Radio Recombination Lines Astrophysics and Space Science Library EDITORIAL BOARD Chairman W. B. BURTON National Radio Astronomy Observatory Charlottesville Virginia U. . bburton@ and University of Leiden The Netherlands burton@ F. BERTOLA University of Padua Italy J. P. CASSINELLI University of Wisconsin Madison . C. J. CESARSKY European Southern Observatory Garching bei Mũnchen Germany P. EHRENFREUND Leiden University The Netherlands O. ENGVOLD University of Oslo Norway A. HECK Strasbourg Astronomical Observatory France E. P. J. VAN DEN HEUVEL University of Amsterdam The Netherlands V. M. KASPI McGill University Montreal Canada J. M. E. KUIJPERS University of Nijmegen The Netherlands H. VAN DER LAAN University of Utrecht The Netherlands P. G. MURDIN Institute of Astronomy Cambridge UK F. PACINI Istituto Astronomia Arcetri Firenze Italy V. RADHAKRISHNAN Raman Research Institute Bangalore India B. V. SOMOV Astronomical Institute Moscow State University Russia R. A. SUNYAEV Space Research Institute Moscow Russia For other titles published in this series go to http .

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