介绍了一种在钢铁连铸结晶器连续液位仪上使用的BGO闪烁体探测器电路的设计。
Introduced BGO scintillator detector electric circuit design which used in the Continuous metal cast crystallizer in the steel and iron company.
这对于广泛应用于中高能核反应中而又难于准确刻度的闪烁体探测器，提供了一种较好的对刻度的检验和修正方法。
This provides a good way to examine and improve energy calibration for the scintillation detectors, which are widely used in the study of middle and high energy nuclear reactions.
这个新的中微子反应装置由三个带有相一致的中微子反应装置的实验大厅组成，每处都有注入了20吨的掺入钆的液体闪烁体探测器。
The new neutrino facility will consist of three experimental halls that contain identical neutrino detectors, each filled with 20 tonnes of gadolinium-doped liquid scintillator.
基于表面等离子体波共振技术的探测器中金属膜通常与被探测物直接接触，在金属膜和被探测物之间增加一层介质膜，可以对金属膜进行保护。
In the detector based on surface plasmon wave resonance, the metal film contacts the detected material directly. A dielectric layer is coated on the metal film to protect it.
为了实现安全着陆小天体，探测器必须具有自主导航、制导和控制的能力。
Probe must have the ability of autonomous GNC to perform landing safely.
设计了一个探测器阵列，且在每个探测单元外加屏蔽筒，并通过仿真验证了该探测阵列对于静电目标在作为体目标时实现探测的可行性。
A detector array is disposed with laying a shield cylinder around each detection electrode. Feasibility of detection of electrostatic volume target by this system has been validated.
本文描述了一个由金硅面垒型探测器和锥形面聚乙烯薄膜辐射体所组成的快中子谱议。
A semiconductor fast neutron spectrometer consisting of a Au-Si surface barrier detector and a conical polyethylene foil radiator is described.
本文概述了碘化钠闪烁体与其他探测器配用现状。文章从原理、结构、组成方式、材料要求和应用范围等方面进行了论述。
The present status of Nal to scintillator matching with other detectors is briefly described in this paper. It's principle, structure mode, material selection and application are also presented.
研制了一套以塑料闪烁体作为探测器，用以检测行人携带特种核材料的检测装置。
A pedestrian portal monitor using plastic scintillation as detector for special nuclear material (SNM) is developed.
同时还讨论了体素尺寸、几何映射获取投影矩阵以及探测器尺寸与成像物体尺寸比值对断层图像空间分辨率的影响。
Then the effects of the voxel size, the geometrical mapping of the projection matrix and the ratio of detector size to imaging object size, on the spatial resolution were discussed.
当荷电粉粒体微团流经环状金属探测器时，在该探测环表面将产生感应电荷。
When charged particle micelles enter a metal ring probe, the electrostatic charge generates on the ring probe surface.
当荷电粉粒体微团流经环状金属探测器时，在该探测环表面将产生感应电荷。
When charged particle micelles enter a metal ring probe, the electrostatic charge generates on the ring probe surface.
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