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兰州重离子加速器可以说是非常复杂的加速器工程系统,而且已经成为国家级重点实验室。加速器在运转时,恰恰需要对弱束流进行监测,难度是可想而知的。如果人工监测,往返于设备现场和监控室,效率是非常低的。在这种情况,本文重点针对嵌入式系统、远程测量监控技术以及网络应用技术进行了相关分析及研究,实现兰州重离子加速器束流监测系统的以太网接入,实现监控系统的远程化操作。一方面降低了现场监控维护人员的工作强度,同时也使得离子加速器束流数据的传输速度有了更进一步的提升。
Lanzhou heavy ion accelerator can be said to be a very complex accelerator engineering system, and has become a national key laboratory. Accelerator in operation, precisely the need for weak beam monitoring, the degree of difficulty is conceivable. If the manual monitoring, from the scene and monitoring equipment room, the efficiency is very low. In this case, this article focuses on embedded systems, remote measurement and monitoring technology and network application technology related analysis and research to achieve Lanzhou heavy ion accelerator beam current monitoring system Ethernet access, remote monitoring operation system. On the one hand, it reduces the work intensity of on-site monitoring and maintenance personnel, and at the same time, the transmission speed of ion accelerator beam data has been further improved.