Nuclei and Particles: An Introduction to Nuclear and Subnuclear Physics |
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accelerators according alpha angle angular momentum applied approximately assume atomic average beam calculate called chamber CHAPTER charge collision conservation consider constant containing corresponding counter cross section curve decay density depends determined direction distribution effect electric electromagnetic electron element emission emitted energy equal equation example excited experiment experimental expression fact factor field Figure final fission forces formula function gamma rays given gives hence important indicated integral interaction ionization ions levels magnetic mass matrix mean measured method momentum neutrino neutron nuclear nucleons nucleus observed obtained occurs orbit parity particles Phys physics pions polarization possible potential probability produced proton quantum mechanics radiation range reaction relation resonance respect result rules scattering shows spin strong Table term theory tion transition unit wave