Role of Atomic Electrons in Nuclear Transformations: Proceedings of International Conference, Volumes 1-2Nuclear Energy Information Center, 1963 - Electrons |
Contents
INTERNAL CONVERSION T R Gerholm B G Pettersson | 30 |
INTERNAL PAIR FORMATION AND ELECTROEXCITATION | 60 |
Volume II | 87 |
4 other sections not shown
Common terms and phrases
A₂ agreement amplitude angular correlation angular distribution Arkiv asymmetry b₂ Bahcall beta rays Biedenharn binding energy bremsstrahlung calculated cascade Compton scattering conversion electrons conversion process counting rate D₂ decay scheme detector determined directional correlation E₁ E₂ effects electron capture electron-gamma emission equation errors experiment experimental results external conversion lines factor Figure final atom finite fysik gamma ray Hultberg Institute Instytut Badań Jądrowych intensity internal conversion coefficients J. H. Hamilton K-capture K-conversion K-shell keV transition kinetic energy L-subshell lens spectrometer LIII M/L capture ratio magnetic magnitude method mg/cm² mixing ratios momentum Mott scattering negaton Nucl Nuclear Physics nuclear structure nuclear transitions observed obtained particle parameter peak penetration matrix elements Pettersson photoelectrons photon Phys polarization positron proportional counter R₂ radiation radiative capture retardation Rose scintillation shell Sliv spectra spectrometer spectrum subshell T₁ T₂ Table theoretical values theory two-quantum decay Wapstra wave functions