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基于热释光事件发生经历一个复杂的多阶段的过程和电离辐射与介质相互作用事件的随机性,并考虑到热释光材料中掺入的杂质所决定的电子陷阱和空穴陷阱的空间分布、电离辐射在介质中能量沉积的空间分布以及与加热温度相关的载流子漂移均直接影响热释光事件的产生,从统计学泊松分布导出一个一次作用和二次作用复合的热释光剂量响应函数,
The spatial distribution of electron traps and hole traps that are governed by the process of a complex, multi-stage process and the interaction of ionizing radiation with the medium, taking into account the impurities incorporated in the thermoluminescent material, , The spatial distribution of energy deposition of ionizing radiation in the medium and the drift of carriers related to the heating temperature all directly affect the generation of thermo-luminescence events. A thermodynamic luminescence with one-time and two-action recombination is derived from the statistical Poisson distribution Dose response function,