论文部分内容阅读
本文讨论了高性能双原子束铯束管的一般性设计及工作原理。用计算机得到的理论结果与一些大试样管的典型测试结果作了比较,铯束管的性能(优质系数)得到了改善,它是新的铯炉设计和铯束管铯检测器在结构上改变后的结果。对少量管子进行了苛刻的环境试验,并且还讨论了这些试验后的铯束管性能。对稍有变更的双束高性能铯束管进行了高度随机的振动试验,本文给出了试验前和试验后这些铯束管的性能。本文还讨论了为了特殊用途,在相当短的时间周期实现比典型特性更好的参数的可能性。本文示出,在HP 5061A上安装双原子束高性能铯束管所达到的准确度、各种取样周期的稳定度和在直流磁场中工作时的稳定度。
This article discusses the general design and working principle of high performance dual-atom cesium beam tubes. The computer-generated theoretical results are compared with the typical test results of some large sample tubes whose performance (quality factor) has been improved. It is a new cesium furnace design and cesium tube cesium detector structurally Changed result. A few tubes were subjected to harsh environmental tests, and the cesium tube properties after these tests were also discussed. A highly random vibration test was performed on a slightly modified double beam high performance cesium beam tube. The performance of these cesium beam tubes before and after the test is given in this paper. This article also discusses the possibility of achieving parameters that are better than typical for a very specific period of time in a relatively short period of time. This article shows the accuracy achieved by installing a dual-beam high-performance cesium beam tube on the HP 5061A, the stability of the various sampling periods, and the stability when operating in a DC magnetic field.