通过将闪烁晶体混合到钒酸铈晶体中来生产晶体材料。
Crystalline material is produced by mixing scintillation crystal into cerium vanadates crystal.
BGO闪烁晶体探测器性能的研究。
Study on the performance of BGO scintillant crystal detector.
与闪烁晶体相比，闪烁玻璃在这方面具有明显的优势。
In this aspect, scintillating glass has obvious advantages comparing with scintillating crystal.
同时就某些典型的闪烁晶体讨论了上述生长技术的优缺点。
The characteristics of above-mentioned techniques for growing typical inorganic scintillation crystals are also discussed.
工业应用通常要求闪烁晶体具有高性能、大尺寸和低成本等。
High performance, large size and lower cost scintillation crystals are requested for these industrial applications.
闪烁晶体广泛应用于高能物理、核医学成像和辐射探测等领域。
Scintillation crystals have been extensively used in high energy physics, nuclear medical image and radiation detectors.
一种新型闪烁晶体掺铈钒酸盐晶体材料涉及晶体材料制备领域。
A new type of crystalline material produced by mixing scintillation crystal into cerium vanadates crystal .
一组带有一个闪烁晶体喷赤铁矿的面板设置，而其他有一个明确的晶体。
One set comes with a glittering Jet Hematite crystal in a bezel setting, while the other has a clear crystal.
介绍了闪烁晶体目前在工业、医疗诊断和高能物理实验研究中的应用情况。
Finally the applications of scintillation crystals in industry, medical diagnosis and high energy experimental research a...
本文综述新一代闪烁体—稀土闪烁晶体的进展，介绍其优异的性能以及在测井工作中的应用前景。
The research progress of the scintillators of new generation-the rare-earth scintillation crystals is reviewed.
介绍了位置灵敏光电倍增管的内部结构、成像方法和电路，分析了用位置灵敏光电倍增管和闪烁晶体组成的数据采集电路及微机接口的设计。
This paper introduces the internal structure, imaging method and circuit of PSPMT , analyses the circuit of data acquisition with PSPMT and NaI(Tl) and the design of microcomputer interface.
等离子和晶体碎片闪烁着飞上坡面。
测试了晶体的密度、透射率和闪烁性能。
Density of crystal, transmissivity and scintillation characteristics have been measured.
YAP晶体具有优良的闪烁性能，其主要特点是衰减时间短，光产额大，在高能射线探测、核医学等方面有着广阔的应用前景。
Cerium-doped orthoaluminate(YAP:Ce) is a kind of scintillator with high light yield and fast decay time, which makes it a good choice for applications in high-energy physics and medical imaging.
黄金影子玫瑰镀金链晶体闪烁。
The Golden Shadow crystal sparkles on a rose gold-plated chain.
在此提供了一种闪烁体晶体以及用于生长闪烁体晶体的一种方法，该晶体包括一种生成态的限边送膜生长(efg)的单晶体。
A scintillator crystal and a method for growing a scintillator crystal are provided which includes an as-grown Edge-defined Film-fed Growth (EFG) single crystal.
在此提供了一种闪烁体晶体以及用于生长闪烁体晶体的一种方法，该晶体包括一种生成态的限边送膜生长(efg)的单晶体。
A scintillator crystal and a method for growing a scintillator crystal are provided which includes an as-grown Edge-defined Film-fed Growth (EFG) single crystal.
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