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本文报道四个地区,三种成因类型冰洲石矿床的岩石、矿物及工人合成方解石热发光特性。结果表明:(1)不同地区,不同成因类型的冰洲石和方解石具有不同的热发光性质;(2)由于蚀变与蚀变围岩受热的不均一性导至热发光性质有明显的差别;(3)同一地区的冰洲石和方解石由于热历史的不同致使它们具有不同的热发光表现;(4)在矿液沿倾斜裂隙上升成矿的过程中,由于上、下盘受热的差异,同样导至它们的热发光性质的截然不同;(5)人工合成样品的热发光测量验证了天然样品所测得的热发光结论。
This paper reports the thermoluminescence of synthetic calcite from rocks, minerals and workers in four regions and three genetic types. The results show that: (1) there are different luminescence properties of glauconite and calcite in different regions and of different genetic types; (2) there is a clear difference in the thermoluminescence properties due to the heterogeneity of the heat of alteration and alteration of surrounding rock; (3) In the same area, the Icelandic calcite and calcite have different thermoelectronic performance due to their different thermal histories. (4) In the process of mineralization rising along the inclined fracture, due to the difference between the heating of the upper and lower disks, Leading to their very different luminescent properties; (5) The thermoluminescence measurements of synthetic samples validated the thermoluminescence results of the natural samples.