Introduction to Nuclear Physics

accelerator angle angular momentum approximately assume atomic beam beta binding energy calculations called charge constant counter course cross section decay described determined deuteron direction discussed effect electric electron element emitted energy equal equation example excited experiment experimental expression factor field Figure focusing forces formula frequency gamma rays given gives ground half-life increase indicated instance integral interaction ions kinetic energy levels magnetic magnetic field mass means measured moment motion moving neutron nuclear nucleons nucleus nuclides observed obtain operator orbit parameters parity particle Phys physics plot positive possible potential probability produced proton quadrupole quantum radiation radius range reaction region relative represents resonance rotational scattering shown shows spectrum spherical symmetric Table theory transition unit wave function width zero