Introduction to Nuclear Physics |
Contents
Brief Discussion of Nuclear Properties | 3 |
The Nuclear TwoBody Problem | 29 |
NucleonNucleon Scattering | 46 |
Copyright | |
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Common terms and phrases
absorption accelerator alpha particle angle approximately assume atomic baryon beam beta decay binding energy calculations center-of-mass central orbit compound nucleus Coulomb counter cyclotron deflected density detector deuteron dipole direction discussed electric electron emission emitted equation example excited experiment experimental Figure fission focusing formula frequency gamma rays given half-life hydrogen interaction ions isospin isotopes kinetic energy large number leptons levels magnetic field measured mesons momenta motion neutrino nuclear nucleons observed orbital angular momentum parameters parity Phys plot positron potential produced proton quadrupole quadrupole moment quantum number radiation radius reaction reactor region resolving power resonance rest mass rotational shell model shell-model shown in Fig shows singlet slit slow neutrons spectrograph spectrometer spectrum spherical spin symmetric synchrotron Table of Nuclides target nucleus theory tion total energy transition velocity wave function wave number width zero