Effects of Radiation on Materials and ComponentsJohn Frederick Kircher, Richard E. Bowman |
Contents
Introduction | 1 |
BASIC CONCEPTS OF RADIATION EFFECTS John F Kircher | 11 |
DOSIMETRY John F Kircher | 49 |
Copyright | |
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absorption alloys annealing approximately aromatic atoms bombardment capacitance capacitors carbon cent ceramic Chem chemical cm² coefficient color components compounds crosslinking crystal decrease degradation density dielectric diodes dissipation factor dose rate dosimeters Effects of Nuclear effects of radiation elastomers electrical electron Elongation energy environment ergs g ergs g¹(C exposed exposure dose fast n cm Figure fluids G-values gamma radiation germanium glass graphite hydrocarbons hydrogen in-pile increase indicated insulation resistance ionization ionizing radiation Irradiated Change irradiation lattice lubricants materials measured mechanical metal modulus neutron exposure neutron flux Neutron Irradiation nuclear radiation nv)t observed oxide photon Phys plastics polymer postirradiation produced properties quartz radiation damage radiation effects radiation exposure radiation resistance radiation stability radiation-induced radiation-resistant radiolysis reaction reactor Report resistors rubber semiconductor showed silicon structure studies TABLE Tantalum tensile strength tested thermal conductivity thermal-neutron threshold transistors tubes types Unirradiated units viscosity voltage X-ray yield