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THE CHEMICAL FOUNDATIONS OF ATOMIC THEORY
ATOMS ELECTRONS AND RADIATIONS
THE NUCLEAR ATOM
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3-decay a-particles absorber accelerated actinium aluminum angle angular momentum atomic mass atomic nucleus atomic number atomic weight beam binding energy bombarded calculated capture Chapter charged particles chemical CN CN CN collision compound nucleus constant Coulomb curve decay deflection density determined deuterons diagram disintegration electric electron elements emission emitted end-point energy energy levels equation experimental experiments fission formula fraction frequency given half-life hydrogen incident particle increases ionization ions isotopes kinetic energy lines magnetic field mass number measured methods molecules neutrino nuclear forces nuclear physics nuclear reactions nucleons nuclides number of atoms number of neutrons obtained orbit percent positron potential problem product nucleus properties protons Q-value quantity quantum number radiation radiative capture radioactive radius range ratio rays reactor relative resonance scattering shown in Fig spectra spectrometer spectrum stable Table theory thermal neutrons thorium tion tube uranium velocity wave wavelength x-rays