Chemical Effects of Nuclear Transformations in Inorganic SystemsG. Harbottle, Alfred Gavin Maddock |
Contents
Introduction | 13 |
Excitation due to electron shakeoff | 21 |
T A Carlson | 26 |
Copyright | |
39 other sections not shown
Common terms and phrases
acetylacetonate Ackerhalt Acta activity alpha decay ambient anions annealing reactions Aten B-decay Baptista Baumgärtner beta decay Boyd and Larson calculations cation charge Chem chemical effects chloride collision complexes compounds Costea decomposition defects dissolution distribution doped dose electron capture excitation experimental experiments Fenger fission formation formed fraction fragments gamma H₂ halides Harbottle heating hot-atom chemistry hydrogen increase initial Inorg internal conversion investigated iodine ion implantation irradiated isomeric transition isotope isotope effect kinetic energy labelled lattice ligand metal mixed crystals molecular molecule Mössbauer Müller n,y water Nefedov neutron capture neutron irradiation Nucl nuclear reaction Nuclear Transformations observed occur oxidation oxyanions oxygen phosphorus phthalocyanine Phys potassium chromate processes radiation annealing radioactive Radiochim radiolytic reactor recoil atoms recoil energy recoil products recoil species recombination retention rhenium salts samples solid solution Stamouli studies target technique thermal annealing thermal neutron thermal spike tritium vacancy yield Yoshihara Zaitseva
