Encyclopedia of Nuclear Physics and its ApplicationsReinhard Stock This book fills the need for a coherent work combining carefully reviewed articles into a comprehensive overview accessible to research groups and lecturers. Next to fundamental physics, contributions on topical medical and material science issues are included. |
Contents
Electrostatic Accelerators | |
Glossary | |
Glossary | |
Exotic Nuclear Beam Facilities | |
Superheavy Nuclei | |
Nuclear Spectroscopy and the Spheres | |
y Optics and Nuclear Photonics | |
Accelerator Mass Spectrometry and | |
Nuclear Medicine | |
Cancer Therapy with Ion Beams | |
The Physics of Nuclear Power from Fission | |
Fundamentals of Controlled Nuclear Fission | |
Nuclear Reactions | |
Further Readings | |
Transmutation of HighLevel Nuclear Waste | |
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Common terms and phrases
accelerator mass spectrometry angular momentum applications array astrophysical atomic baryon binding energy calculated cavity cell charge cold fusion collisions cooling core Coulomb cross section cyclotron decay density detectors dipole distribution dose efficiency electromagnetic electron electron capture elements emission emittance excitation exotic nuclei experimental experiments facility Figure fission flux fragments fuel fusion reactions gluons hadrons half-life heavy ion heavy-ion high-energy injection injectors Instrum intensity interaction ion beams ion source ionization irradiation isotopes Laboratory laser Lett LINAC low-energy magnetic field mass measured Methods Phys neutrino neutron capture neutron star Nucl nuclear physics nuclear reactions nucleons nuclides oscillations particles Penning trap phase plasma projectile proton quadrupole quarks r-process radiation radioactive radiocarbon radionuclides range ratio reaction products reactor relativistic resonance scattering separator shell solar spectrometer spin stable structure superconducting supernovae tandem target techniques temperature thermal tubes tumor velocity voltage y-ray