1) thermoluminescence
[英]['θə:məu,lu:mi'nesəns] [美][,θɝmo,lumə'nɛsṇs]
热发光
1.
A new electro-optical detection method for mineral thermoluminescence;
一种新的矿物热发光现象的光电探测方法
2.
The typomorphism of curve of thermoluminescence of sooty ore bearing quartz has more peaks and increases strength and decreases position of the peaks, while that of opaline barren quartz decreases strength and increases position of the peaks.
烟灰色含矿石英的热发光曲线具有多峰特征 ,并且峰强大、峰位低 ;而乳白色不含矿石英的热发光曲线峰位较高 ,峰强较小。
3.
The features of thermoluminescence of quartz in gold ore are described, and its relations to gold mineralization and composition of quartz are analyzed.
本文描述了赣中地区若干金矿床石英热发光特征，分析了其与金含量及化学成分之间的关系。
2) TL
热发光
1.
Simultaneous TL/TSC Measurement and Data Processing in Polymer;
聚合物中热发光与热激电流的同时测量与信号处理
4) photothermolkuminescence
光热发光
5) thermoluminescence
[英]['θə:məu,lu:mi'nesəns] [美][,θɝmo,lumə'nɛsṇs]
热释发光
1.
The X ray and γ ray inducing damages on BaLiF 3 crystallite and its suppression by rare earth ion doping have been studied by electron spin resonance and thermoluminescence methods.
用电子顺磁共振和热释发光对ＢａＬｉＦ３微晶的Ｘ射线和γ射线辐照损伤及稀土掺杂对其辐照损伤的抑制作了研究，发现Ｘ射线造成的辐照损伤在自然条件下仅数日就可完全恢复；而因γ射线辐照所造成的辐照损伤则较难恢复，但其抗辐照性能在掺入适宜的稀土离子如Ｂａ３＋，Ｙｂ３＋后可得到改善，这表明将其用于γ射线等高能粒子的探测亦是很有希望
2.
Based on the physical property,association and composition of quartz and its characteristics of infrared spectrum,thermoluminescence and X-ray diffraction,the ore-hunting minerology of quartz of Hai-Gou Gold Deposit is studied in this paper.
本文通过石英的物性、共生组合、成分及红外光谱、热释发光、Ｘ射线衍射特征，对海沟金矿床的石英进行了有关找矿矿物学研究，并给出了相应的评价石英含金性的标志。
3.
The decay patterns of phosphorescence and thermoluminescence curves demonstrate that introduction of Dy3+ into S.
由热释发光曲线,根据热释光的通用级公式拟合了陷阱深度。
6) thermoluminescence
[英]['θə:məu,lu:mi'nesəns] [美][,θɝmo,lumə'nɛsṇs]
热致发光
1.
The analysis method of raw materials and ceramics was studied on the basis of actuating materials by X ray and recording thermoluminescence.
在X射线激励材料和记录热致发光的基础上 ,研究了原料和陶瓷的分析方法。
2.
The thermoluminescence(TL) and optically stimulated luminescence(OSL) properties of α-Al2O3:C crystal were investi-gated by the relative rate equations listed according to the simplest TL model of the α-Al2O3:C crystal and numerical simulation method using Mathematica 5.
通过α-Al2O3:C晶体的热致发光(thermoluminescence,TL)简单模型建立的速率方程,采用Mathematica 5。
补充资料：场致发光材料(见电致发光材料)
场致发光材料(见电致发光材料)
electroluminescent material
见场致发光材料eleetrolumineseent material 电致发光材料。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条