The Physics Quick Reference Guide, 2/E, is a concise compilaton of the essential formulas, nomenclature, concepts, and data in physics. Intended as a brief complete reference to the most commonly used data in physics, the book is intended for students and researchers in physics as well as in fields related to physics, such as engineering, chemistry, and biology. In addition to correcting errors and typos, the second edition improves on the first in the following ways:  - will include the new 1997 Revision of the CODATA Recommended Values of the Physical Constants   - include the new recommended values for atomic weights issued summer 98  - increased references and addition of "Additional Reading" section  - new section on data handling and metrology  - expansion of essential math formulas  Book is an expansion of the first chapter of Physicists Desk Reference, which includes data from all specific fields of physics. PGRG contains the ddata common to all fields of physics and related sciences.  Book will be of interest to the broad scientific community and should be promoted to engineering comminunities as well as all physics pieces. Ideal launch is at the March 1999 APS Centennial meeting, along with the third edition of Physicists Desk Reference.

The Physics Quick Reference Guide

Science & Math

Cohen, E. Richard

Physics

Springer

The Fundamental Constants of Physics

Crowe,Kenneth M.

Astronomy & Space Science

Interscience Publishers

<p>The Fundamental Constants of Atomic Physics.- I. Introduction.- a) General plan.- b) The atomic constants.- c) The need for the method of least squares.- II. History of our knowledge of the atomic constants.- a) Description of important experiments.- b) Progress on the atomic constants in the period 1929 to 1949.- c) High precision measurements since 1950.- III. Least squares adjustment of the atomic constants.- a) Theory and application of the method of least squares.- b) Least squares adjustment for 1955.- Addendum.- References.- Quantum Mechanics of One- and Two-Electron Systems.- I. The hydrogen atom without external fields.- a) Nonrelativistic theory.- b) Dirac theory.- c) Radiative and other corrections.- II. The helium atom without external fields.- a) Nonrelativistic theory.- b) Relativistic theory.- III. Atoms in external fields.- a) Zeeman effect.- b) Stark effect in hydrogen.- c) Stark effect in helium.- IV. Interaction with radiation.- a) Discrete spectrum.- b) The photoeffect.- c) Bremsstrahlung.- Sachregister (Deutsch-Englisch).- Subject Index (English-German).</p>

Atoms I / Atome I (Handbuch der Physik Encyclopedia of Physics, 7 / 35)

Salpeter, E. E.

DuMond, Jesse W. M.

Bethe, H. A.

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