Category:Nuclear physics

From Biocrawler, the free encyclopedia.

Nuclear physics is the study of the nucleus and related forces.

For more information, see the main article about Nuclear physics.

bg:Категория:Ядрена физика

ca:Categoria:Física nuclearnl:Categorie:Kernfysica pl:Kategoria:Fizyka jądrowa pt:Categoria:Física nuclear

Subcategories

There are 11 subcategories to this category.

F Fermion H Hadron I Isotopes

N Nuclear chemistry Nuclear fusion Nuclear physicists Nucleon

Q Quark matter R Radioactivity S Subatomic particles T Nuclear technology

Articles in category "Nuclear physics"

There are 100 articles in this category.

* Nuclear physics A A-bomb Advanced Photon Source Atomic nucleus Atomic number B Baryon Baryon number Betalight Betavoltaics Bethe-Weizsäcker formula Binding energy Budker Institute of Nuclear Physics C Nuclear chain reaction Chemical shift Chiral model Cold fusion Coulomb barrier Counting efficiency Cross section (physics) D Dead time Decay mode Decay product Delayed nuclear radiation Dose calibrator Dosimetry E Effective field theory Electromagnetic interaction Electron capture Electronuclear force Exotic atom F Fissile Fissile material Nuclear fission

G Gray (unit) H Hadron Hafnium bomb Helium fusion High-energy nuclear physics Hypercharge Hypernucleus Hyperpolarization (physics) I Interacting boson model Island of stability Isospin Isotope J Jellium L Lattice field theory Liquid drop model List of particles M Magic number (physics) Mossbauer effect Multiplicative quantum number N Natural reactor Neutron flux Neutron interferometer Neutron transport Nuclear explosive Nuclear force Nuclear fusion Nuclear magnetic moment Nuclear magnetic resonance Nuclear reaction Nucleosynthesis O Oklo Oppenheimer-Phillips process P P-process Pair production

P cont. Parity (physics) Paul Scherrer Institute Prompt critical Proton decay Protonium R R-process Radiation Radiation protection Radioisotopic labelling S S-process Semi-empirical mass formula Shell model Solid state nuclear track detector Spallation Neutron Source Stellar nucleosynthesis Strong interaction Subatomic particle Superactinides Synthesis of noble metals Synthetic element T Transuranium element U UNILAC Unbihexium Unbinilium Unbitrium Unbiunium Untriseptium Ununennium Ununquadium W Weak hypercharge Weak nuclear force Y Yukawa interaction Yukawa potential

Wikipedia (http://en.wikipedia.org/wiki/Main_Page) Category:Nuclear_physics (http://en.wikipedia.org/wiki/Category:Nuclear_physics) version history (http://en.wikipedia.org/w/index.php?title=Category:Nuclear_physics&action=history) GNU Free Documentation Lizenz (http://en.wikipedia.org/wiki/Wikipedia:Text_of_the_GNU_Free_Documentation_License) CC-by-sa (http://creativecommons.org/licenses/by-sa/2.5/)

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