The application of Fast High Voltage Transistor Switches (HTS) in pulsed ion beam and the time of flight (TOF) setup is described.
详细介绍了快速高压晶体管开关在加速器束流脉冲化和用于二次离子测量的加速器飞行时间谱仪上的应用。
The paper concerns in the principle and the experimental results of gas-filled time-of-flight(GF-TOF) detector.
本工作涉及充气飞行时间探测器的工作原理和实验测量结果。
Objective TO evaluate the value of 2-dimensional time-of-flight MR angiography (2d TOF MRA) diagnosis of closed vertebral artery injury.
目的探讨二维时间飞逝效应核磁共振血管成像(2dTOFMRA)对闭合性椎动脉损伤的诊断价值。
Digital correlation approach is used to find the time of flight (tof) in ultrasonic distance measurement.
采用数字相关的方法确定超声波测距中的渡越时间。
Positronium Time of Flight Spectroscopy (Ps-TOF) represents the properties about the pore size, direction and inner-connection in materials.
正电子素飞行时间谱能够无损地给出材料开孔的尺寸、方向、以及内部连通性等性质。
Using moderate resolution capabilities of a desk time-of-flight (TOF) instrument, the fragmentation regularity from electron impact mass spectra of vitexin was studied.
利用台式飞行时间质谱的中分辨本领，研究了牡荆素的电子轰击质谱的裂解规律，对裂解途径进行了完全的指认。
The conditions of cerebrovascular diseases were examined by three dimensional time of flight (3D-TOF) nuclear magnetic resonance (MRI).
所有患者术前均采用三维时间飞跃（3D-TOF）序列技术经磁共振成像（MRI）检查脑血管病变情况；
Time-of-Flight secondary ion mass spectrometry (TOF-SIMS) is a very sensitive surface analytical technique, well established for many industrial and research applications.
飞行时间二次离子质谱（TOF- SIMS）是一种非常灵敏的表面检测技术。
The production of the multi-strip multi-gap resistive plate chambers for FOPI sTime-of-Flight(TOF) upgrade was accomplished.
为提高德国FOPI系统飞行时间的探测本领，运用新型多条多气隙阻性板探测器对FOPI系统进行升级改造。
The production of the multi-strip multi-gap resistive plate chambers for FOPI sTime-of-Flight(TOF) upgrade was accomplished.
为提高德国FOPI系统飞行时间的探测本领，运用新型多条多气隙阻性板探测器对FOPI系统进行升级改造。
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