光电的

The TL can be measured using a sensitive detector known as a photomultiplier tube.

热释光可以通过敏感的测试仪器比如光电倍增管检测到。

Two ways of measuring the maximum anode impulse current of photomultiplier tube are contrasted.

介绍了光电倍增管线性特性、时间特性参数的调试方法及举例。

Most photomultiplier tubes require anode-to-cathode potentials of from 1000 to 3000V.

大多数光电倍增管都要求其阳极到阴极的电位在1000V到3000V 之间。

A measurement for the time resolution limit produced by a photomultiplier, with the accuracy of ± 2 ~ 5 X 10-9 Sec., has been made.

对光电倍增管所产生的时间分辨限制进行了测量；测量准确度是±2～55×10~(-9)秒。

The photomultiplier converts the light energy signal into an identical electrical signal that can be easily manipulated and measured.

光电倍增管可将光能转变成易于操纵或测量的电流信号。

These detectors are based on amorphous silicon TFT/photodiode arrays coupled to X-ray scintillators.

这些探测器以连接到 X 射线闪烁体的非晶硅 TFT/光电二极管为基础。

And the least square estimation method of multi-optical-electronic theodolites intersecting measurement is discussed.

重点讨论了多台光电经纬仪交会测量的最小二乘估计方法。

The star calibration system, which is one of methods to calibrate precision and adjust tolerance of tracing and measuring devices in fields, has been widely applied to high precision tracing and measuring devices such as photoelectric theodolites, radars , etc.

星体标校系统是实现跟踪测量设备外场精度标校和误差调整的方法之一，广泛应用于光电经纬仪、雷达等高精度跟踪测量设备中。

Organic photoconductive materials have been extensively applied to electrophotography, laser printer, photocell, holography, which are the important high-technological materials in modern information society.

有机光电导材料（Organic Photoconductive Material，简称OPC）在静电复印、激光打印、光电池、全息照像等领域有广泛应用，已成为现代信息社会不可缺少的高技术材料。

A Channel Electron Multiplier and a caliberated silicon photodiode were used as detectors in this method, the former is a nonstandard detector and the latter is a standard one.

该方法使用通道电子倍增器和定标过的矽光电二极体为探测器，前者是非标准探测器，后者为标准探测器。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。