TY - RPRT TI - Thermoluminescence in fluorite: sensitization mechanism AB - The sensitization of the major glow peaks (approximately to 100 and 200/sup 0/ C) in fluorite correlates with population of traps causing higher temperature glow peaks. When considered with supralinearity results, it is concluded that either the sensitization results from an increase in trap-filling efficiencies, or the deeper traps are not filled during irradiation. AU - "Cruz, M.T. da" AU - "Watanabe, S" AU - "Mayhugh, M R" KW - "36 MATERIALS SCIENCE" KW - "FLUORITE" KW - "THERMOLUMINESCENCE" KW - "ANNEALING" KW - "DOSE-RESPONSE RELATIONSHIPS" KW - "HOLES" KW - "PHOTOSENSITIVITY" KW - "RADIATION DOSES" KW - "TEMPERATURE DEPENDENCE" KW - "TRAPS" KW - "ALKALINE EARTH METAL COMPOUNDS" KW - "CALCIUM COMPOUNDS" KW - "CALCIUM FLUORIDES" KW - "CALCIUM HALIDES" KW - "DOSES" KW - "FLUORIDES" KW - "FLUORINE COMPOUNDS" KW - "HALIDES" KW - "HALOGEN COMPOUNDS" KW - "HEAT TREATMENTS" KW - "LUMINESCENCE" KW - "MINERALS" KW - "SENSITIVITY" KW - "360605* - Materials- Radiation Effects" DO - https://doi.org/ UR - PB - CY - Brazil PY - 1974 DA - 1974-11-01 LA - English J2 - [] VL - C1 - Instituto de Energia Atomica, Sao Paulo (Brazil). Divisao de Ciencia e Tecnologia de Materiais C2 - C3 - IEA-363 C4 - C5 - INIS L3 - Other Information: Presented at the 4th. Int. Conf. on Luminescence Dosimetry, Krakow, Poland ER -