The Thermoluminescence Non-zerolizing Technique and its Application for Determining the up-to Date Moving Ages of faults
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The Thermoluminescence Non-zerolizing Technique and its Application for Determining the up-to Date Moving Ages of faults
Acta Scientiarum Naturalium Universitatis SunYatseniVol. 33, Issue 1, Pages: 123-125(1994)
作者机构:
中山大学地质学系
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Published:1994,
Published Online:25 January 1994,
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Liang Zhirong, Liu Yijun, Li Liejun, et al. The Thermoluminescence Non-zerolizing Technique and its Application for Determining the up-to Date Moving Ages of faults. [J]. Acta Scientiarum Naturalium Universitatis SunYatseni 33(1):123-125(1994)
DOI:
Liang Zhirong, Liu Yijun, Li Liejun, et al. The Thermoluminescence Non-zerolizing Technique and its Application for Determining the up-to Date Moving Ages of faults. [J]. Acta Scientiarum Naturalium Universitatis SunYatseni 33(1):123-125(1994)DOI:
The Thermoluminescence Non-zerolizing Technique and its Application for Determining the up-to Date Moving Ages of faults
The thermoluminescence energy of mineral caused by temperature effect ofmoving faults must be annealed to zero when the new moving ages of faults is deter-mined with thermoluminescence technique
but in actual earthquake and geology condi-tion
the thermoluminescence energy of mineal cannot be annealed to zero so that themeasuring result is very different from the real ages of faults We put forward a newtechnique called Thermoluminescence nen-zerolizing technique
it need not thermolumi-nescence energy annealing to zero
it can measure the new moving ages of faults withnon-zero thermoluminescence energy at any earthquake and geology condition
thus themeasuring precision of tne new fault moving ages can be highly improved.