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THE BIRTH OF NUCLEAR PHYSICS
THE NUCLEAR ATOM
INTERACTION OF CHARGED PARTICLES WITH
13 other sections not shown
absorber absorption accelerator alpha particles angle angular momentum antiproton atomic number axis beam beta decay binding energy bombardment c.m. frame capture charged particle cloud chamber collision component constant counter cross section curve deflected density detector deuteron dipole electric field elements emission emitted emulsion equation excited fission flux function gamma rays given greater half-life hydrogen increases intensity interaction internal conversion ionization isotopic kaons kinetic energy magnetic field mass number maximum mean lifetime measured meson molecules moving muon negative neutrino nucleons nucleus nuclides number of neutrons observed obtained orbital electron oscillating pair parity Phys Physik pion plot positron potential difference probability produced proton pulse quantum number radiation radioactive radius range ratio reaction reactor recoil resonance Rutherford scattering scintillation shown in Fig spectrum target theory thermal neutrons total number track transitions tube unit uranium vector velocity wave zero