Particle detector

美 [ˈpɑːrtɪkl dɪˈtektər]英 [ˈpɑːtɪkl dɪˈtektə(r)]
  • 网络粒子探测器;粒子检测器
Particle detectorParticle detector
  1. The energy spectrum of the zero-point fluctuations of fields and the response of particle detector

    场的零点起伏的能谱及粒子检测器的响应函数

  2. In this Paper we discuss some energy spectrums for systems with non-trivial topology and response function of particle detector . we provide a physical interpretation of the energy spectrum derived by Ford in the case of Casimir system .

    本文就几种重要的具有非平凡拓扑的体系讨论了它们的能谱和粒子检测器的响应函数,特别地对Ford等人导出的Casimir体系中的能谱给出了一种物理解释。

  3. A Particle Detector With Large Area and Large Dynamic Range

    大面积大动态粒子探测器

  4. Semiconductor Charged Particle Detector and Its Application in Space Physical Science

    半导体带电粒子探测器的研制及其在空间物理中的应用

  5. The Intelligent Particle Detector Based on Principle of Light Blockage

    基于光阻法原理的智能微粒检测仪

  6. The Response of GaAs Particle Detector on Low Energy X-ray Irradiation

    GaAs粒子探测器对低能X射线的响应

  7. Development of planar technology space charged particle detector

    平面工艺空间带电粒子探测器的研制

  8. The System of Digital-image Optical Microscope in Semiconductor Particle Detector Development

    用于半导体探测器研制的数字影像显微系统

  9. The Development of Particle Detector Based on the Light-blocking Theory

    光阻法智能微粒检测仪的设计与研究

  10. A new kind of particle detector using petrolic gas

    液化石油气粒子探测器

  11. A particle detector system for satellite

    卫星用粒子探测系统

  12. Particle detector model for instant response

    瞬时响应的粒子探测器模型

  13. You 're building a particle detector using superfluid helium .

    你正在用超流氦打造一个粒子探测器。

  14. So , tell me about your day , how 's it going with the particle detector ?

    跟我说说你今天干了什么吧。粒子探测器的进展如何?

  15. A particle detector can capture this radiation and decode it for human consumption .

    粒子侦测器可捕捉这辐射,将它解码后供人类使用。

  16. Emulsion , which was in wide use for a long time , is a kind of particle detector .

    乳胶是一种有较长历史、使用广泛的粒子探测器。

  17. Installation of α Particle Detector on Neutron Tube

    在中子管上加装α粒子探测器

  18. Fabrication of a particle detector with a total thickness of 25 μ g / cm ~ 2

    总厚度25微克/厘米~2的粒子探测器的制备

  19. Noble liquid nuclear particle detector

    稳定液体核粒子探测器

  20. Observation of the disturbed events by the particle detector inside " ZY-1 " satellite

    资源一号卫星星内粒子探测器对扰动事件的观测

  21. Energy resolved low-energy charged particle detector

    能量分辨的低能带电粒子探测器

  22. The invention discloses an ultra-thin silica-based particle detector and a preparation method thereof .

    本发明公开了一种超薄硅基粒子探测器及其制备方法。

  23. In this paper , Unruh-DeWitt type particle detector is reformed to detectors with instant response .

    本文中将Unruh-DeWitt型粒子探测器改造成瞬时响应的粒子探测器。

  24. Energetic Particle Detector on Board ZY-1 Satellite

    资源一号卫星星内高能粒子探测器

  25. The electrical output of a particle detector can be digitized and the corresponding data properly processed to extract all the information needed .

    粒子探测器输出的电信号被数字化后,得到相应的数据,再经过数字信号处理来取得我们所需要的信息。

  26. The study of application of this technique to measurement of α / β surface contamination and preliminary study of electrostatic α particle detector have been carried out .

    研究了这种技术在α、β表面污染方面的应用并对静电式α粒子探测器作了初步探索。

  27. Although many physicists have tried , no one has ever witnessed a solitary quark drifting all alone through a particle detector .

    尽管许多物理学家都曾尝试释放它们,但还没人亲眼目睹过一个孤单的夸克独自从粒子探测器中滑过。

  28. The SwRI team , led by space physicist David McComas , was starting up IBEX 's high-speed particle detector just as the moon passed in front of its field of view .

    由太空物理学家大卫·麦科马斯带领的西南研究院科研小组,正在启动IBEX上的高速粒子探测器,这时月球正好在该探测器的视野前经过。

  29. On the basis of outstanding properties of diamond particle detector , diamond neutron detector was successfully developed by evaporating a layer of 10B converter with a proper thickness on the surface of diamond a particle detector .

    在获得性能优异金刚石α粒子探测器的基础上,通过在金刚石α粒子探测器点电极面蒸镀一层合适厚度的硼(10B)转换层,成功研制了金刚石中子探测器。

  30. Because of simple pixel structure , good position resolution and response time characteristics , the MAPS ( Monolithic Active Pixel Sensor ) has to be held in esteem by many research groups , and become research focus of particle detector technology .

    其中单片有源像素传感器(MonolithicActivePixelSensor,MAPS)因像素结构简单、位置分辨率好以及响应时问快的特点被许多研究小组所推崇,成为目前粒子探测器技术研究的热点。