Horowitz Yigal, Olko Pawel
Physics Department, Ben Gurion University of the Negev, Beersheva, Israel.
Radiat Prot Dosimetry. 2004;109(4):331-48. doi: 10.1093/rpd/nch310.
In this paper, the various models dealing with the effects of ionisation density on the thermoluminescence (TL) response (efficiency) of TL LiF dosemeters are discussed. These include (i) the Unified Interaction Model (UNIM), which models photon/electron linear/supralinear dose response; (ii) the Extended Track Interaction Model (ETIM), which models heavy charged particle (HCP) TL fluence response; (iii) Modified Track Structure Theory (MTST), which models relative HCP TL efficiencies; and (iv) Microdosimetric Target Theory (MTT), which models both relative HCP efficiencies and photon energy response.
本文讨论了处理电离密度对热释光（TL）LiF剂量计热释光响应（效率）影响的各种模型。这些模型包括：（i）统一相互作用模型（UNIM），该模型用于模拟光子/电子线性/超线性剂量响应；（ii）扩展径迹相互作用模型（ETIM），该模型用于模拟重带电粒子（HCP）的热释光注量响应；（iii）修正径迹结构理论（MTST），该模型用于模拟相对HCP热释光效率；以及（iv）微剂量学靶理论（MTT），该模型用于模拟相对HCP效率和光子能量响应。
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