1.【天,物】闪烁(现象)
2.闪光,火花
3.放射闪光,发出火花
4.(才气的)焕发,(天才)横溢
1.【天,物】闪烁(现象)
2.闪光,火花
3.放射闪光,发出火花
4.(才气的)焕发,(天才)横溢
1.a bright flash of light or spark
2.the emission of flashes and sparks of light
3.the twinkling of stars, caused by refraction of light rays from the stars because of different densities in the Earth's atmosphere
4.a flash of light caused by the impact of particles or photons
5.dazzling liveliness, cleverness, or wit
1.a bright flash of light or spark
2.the emission of flashes and sparks of light
3.the twinkling of stars, caused by refraction of light rays from the stars because of different densities in the Earth's atmosphere
4.a flash of light caused by the impact of particles or photons
5.dazzling liveliness, cleverness, or wit
1.On a statistical average there is a strong dependence of the scintillation on the time of the day.
就统计平均值而言，闪烁跟一天的不同时间有很强的依赖关系。
2.The fact that scanning eye movements are necessary to produce the scintillation effect sets it apart from the Hermann grid illusion.
事实上，扫描眼球运动是必要的生产闪烁效果套它除了赫尔曼电网幻想。
3.Scintillation crystals have been extensively used in high energy physics, nuclear medical image and radiation detectors.
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。
4.Lead sulfate crystals have optical properties, if it can be designed in structure, it will be widely used in scintillation materials.
得到的产物具有光学性质，如果我们对其结构进行合理的设计，硫酸铅将在闪烁材料方面有广泛的应用。
5.The expression depends on extreme behaviors of the scintillation indices under both weak and strong fluctuations.
该表达式由弱起伏条件下和强起伏条件下的闪烁指数共同决定。
6.The radiation intensity through the motor is determined with a scintillation counter.
通过发动机的放射强度可用闪光计数器来确定。
7.Using a set of known number radioactive 14C (n-HEXADECANE) liquid scintillation quench series source for verified the aforementioned method.
用一套已知活度的14C（正十六烷）液体闪烁猝灭系列源对该方法作了验证。
8.The characteristics of above-mentioned techniques for growing typical inorganic scintillation crystals are also discussed.
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。
9.The upper plot shows the estimate of the received signal intensity (at 50 Hz sampling rate) throughout the simulated scintillation event.
上面的图谋表明估计接收信号强度（50赫兹采样率在整个模拟闪烁的事件。
10.Finally the applications of scintillation crystals in industry, medical diagnosis and high energy experimental research are presented.
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。