对图象漂移室电场作了二维模拟测量和计算。
Calculation and simulation measurement have been done in two dimension fashion for the electric field of the pictorial drift chamber.
介绍用于确定高能粒子径迹的蜂房状漂移室组件。
Honeycomb style module of drift Chambers produced for tracking high energy particles was described.
测量和计算的结果为漂移室场丝电位的选取提供了依据。
The results obtained from calculation and measurement provide the basis for choosing the electric potential of the field wires in the chamber.
本文简述北京探测器主漂移室电场计算的矩阵电容法和丝电压的优选方案。
The matrix capacity method used for the calculation of the electric field and the choice of the optimum voltages of the wires of the drift chamber used on the Beijing spectrometer (BES) is described.
介绍了一种新的丝张力测量法并给出了中心漂移室（模型）丝张力的测量结果。
The results of wire tension measurement for a prototype of central drift chamber are given.
该电路用在北京谱仪触发判选系统中，作为排除由于干扰信号造成主漂移室成片着火的本底事例。
This circuit is used in BES Trigger System to reject the background caused by interference in MDC.
本文描述了在美国SLAC的PEP-4实验中使用的大型外圆柱漂移室的作用、结构、宇宙线测试方法及其结果。
The function, the structure and the cosmic ray test of the outer drift chamber for PEP-4 Experiment at SLAC are described.
简要描述了北京谱仪(BES)主漂移室的结构和宇宙线实验安排，给出利用宇宙线测试主漂移室性能的主要结果。
The structure of the BES main drift chamber and arrangement of cosmic ray tests have been described briefly. The main test results of the chamber performance have been given.
为了组成高能物理实验中所使用的漂移室读出系统的测试系统，研制了一种CAMAC控制器，作为TRS-80微计算机与CAMAC机箱的接口。
In order to compose the test systems for drift chamber readout used to high energy physics exeper iments, a CAMAC controller has been designed.
为了组成高能物理实验中所使用的漂移室读出系统的测试系统，研制了一种CAMAC控制器，作为TRS-80微计算机与CAMAC机箱的接口。
In order to compose the test systems for drift chamber readout used to high energy physics exeper iments, a CAMAC controller has been designed.
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