## Physicist's Desk ReferenceThis new edition of the AIP Physics Desk Reference has been thoroughly updated and modernized to reflect new developments in the decade since the publication of the second edition. Data, references and bibliographies have been updated completely, and new chapters have been added on environmental physics, electricity and magnetism, elementary particle physics, fluid dynamics, nonlinear physics, particle accelerators, polymer physics, and quantum theory, as well as a concluding chapter on practical laboratory data. An indispensable tool for the researcher, professional and student, the AIP Physics Desk Reference provides concise compilation of the most frequently used data and formulae in physics, astrophysics, and related fields. This new edition: Is totally restructured and revised, with new contributors and editors Contains more than 40% more information than the previous edition Includes several completely new chapters on developing subfields Offers completely updated and expanded data, references, and bibliographies Has over 212 tables and 125 figures Includes a final chapter on techniques of acquiring and processing laboratory data. The editors are all well known for their involvement with physics reference works: E. Richard Cohen was the founding chairman of the CODATA Task Group on Fundamental Constants and for many years the chairman of the IUPAP Commission on Fundamental Constants, David Lide was the founding editor of the Journal of Physical and Chemical Reference Data, and George Trigg is an editor of the Encyclopedia of Physics and the Encyclopedia of Applied Physics. This is a major revision of a classic, best-selling reference. Originally published by the American Institute of Physics as the Physics Vade Mecum, this third edition has been completely updated to reflect current modern physics. It is a concise compilation of the most frequently used physics data and formulae with their derivations, and this edition conta |

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### Contents

Symbols Units and Nomenclature | 1 |

Mathematical Basics | 22 |

Acoustics | 60 |

Astronomy | 93 |

Astrophysics and Cosmology | 119 |

Atomic and Molecular Collision Processes | 145 |

Atomic Spectroscopy | 242 |

Biological Physics | 265 |

Medical Physics | 467 |

Molecular Spectroscopy and Structure | 492 |

Nonlinear Physics and Complexity | 522 |

Nuclear Physics | 544 |

Optics | 568 |

Particle Accelerators and Storage Rings | 597 |

Plasma Physics | 625 |

Polymer Physics | 656 |

Crystallography | 306 |

Earth Ocean and Atmosphere Physics | 349 |

Electricity and Magnetism | 376 |

Elementary Particles | 402 |

Fluid Dynamics | 425 |

Mechanics | 444 |

Quantum Theory | 693 |

Solid State Physics | 725 |

Surfaces and Films | 756 |

Thermodynamics and Thermophysics | 791 |

Practical Laboratory Data | 817 |

### Common terms and phrases

absorption acoustic amplitude angle angular momentum atomic attenuation beam Bremsstrahlung center of mass charge chemical cluster coefficient collision components constant coupling cross section crystal Crystallography decay defined density detailed balance diatomic differential diffraction diffusion dipole distribution dynamics electric electron emission energy levels equation equilibrium factor fermions field Figure fluid formula frequency galaxies given Hamiltonian hydrogen integral intensity interaction ionization ions lattice linear liquid magnetic mass matrix measured molecular molecules motion neutrino neutron nuclear Open cluster orbital oscillator parameters particles partition function phase phase space photon Phys Physics plane polymers potential pressure properties quantities quantum number radiation radius ratio resonance rotational scattering solid solution specific spectra spectroscopy spherical spin structure surface symmetric TABLE temperature theory thermal thermodynamic transition unit values variables vector velocity vibrational viscosity wave function wavelength wavenumber x-ray York