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本文说明在研究快速物理过程及其他高速变化的现象中,由常用的照相方法记录现象发展成用现代电视方法进行快速精密测量。尤其是配用电子计算机作为终端接收设备,给予电视方法测量快速过程很多新的性能。整个测量过程可完全实现自动化,不仅提高了测量精度,加速了完成物理实验的周期,而且降低了成本,提高了工作效率。这些目前已成为核物理基本粒子研究的新特点。从而扩大了电视摄象管的应用,破除了过去对应用摄象管的概念(即不能用于快速过程的摄象,只能限于10~(-4)秒)。实践证明它完全可用于摄取毫微秒的过程而获得满意的结果。
This article shows that in the study of fast physical processes and other phenomena of high speed variation, the phenomenon of recording by the commonly used photographic methods has evolved to make rapid and precise measurements using modern television methods. Especially with the use of electronic computers as the terminal receiving device, giving the TV method to measure many of the new features of the fast process. The entire measurement process can be fully automated, not only improve the measurement accuracy, accelerate the completion of the physical experiment cycle, but also reduce costs and improve work efficiency. These have now become the new characteristics of the study of basic nuclear physics particles. Thus expanding the application of television cameras and breaking away from the past concept of using camera tubes (that is, the camera can not be used for fast processes and can only be limited to 10 to 4 seconds). Practice has proved that it can be fully used to capture the process of nanoseconds and satisfactory results.