An Automated System for Both Red/Blue Thermoluminescence and Optically Stimulated Luminescence Measurement
An Automated System for Both Red/Blue Thermoluminescence and Optically Stimulated Luminescence Measurement
复制标题
用于红/蓝热释光和光刺激发光测量的自动化系统
DOI：
10.1080/18811248.2002.9715163
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发表时间：
2002
影响因子：
1.2
通讯作者：
M. Takano
中科院分区：
文献类型：
--
作者：
T. Hashimoto;T. Nakagawa;D. Hong;M. Takano
在我们的实验室中，除了当时众所周知的蓝色热释光（BTL）之外，还首次报道了受辐射后石英颗粒的红色热释光（RTL）现象。 1,2) 随后，人们发现源自火山和人工烧制的石英通常具有这种 RTL 特性。 3) 1985 年，亨特利等人。通过激光绿光束的刺激，证明了天然石英矿物在可见光区域内的辐射诱导发光。 4) 四年后，Ḧutt 等人。发现了长石的辐射诱导发光。 5) 已知这些热释光（TL）和光刺激发光（OSL）现象对于广泛使用考古学、第四纪地质年代测定以及使用沉积物层和烧焦材料的回顾性剂量测定是有效的。 6,7)
In our laboratory, the red thermoluminescence (RTL) phenomena from quartz grains after exposure of radiation have been initially reported in addition to well-known blue thermoluminescence (BTL) at that time. 1,2) Subsequently, the volcanically originated and artificially burnt quartzes were found to offer generally such RTL-property. 3) In 1985, Huntleyet al. have demonstrated the radiation-induced luminescence in visible light regions from natural quartz minerals by means of stimulation of green light beam from a laser. 4) Four years later, Ḧutt et al. have discovered the radiation-induced luminescence from feldspars. 5) These thermoluminescence (TL) and optically stimulated luminescence (OSL) phenomena are known to be effective for widespread use of archaeological, quaternary geological dating, and retrospective dosimetry using sediment layers and burnt materials. 6,7)