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由于重离子加速器中有大量的电磁元件,在运转过程中会产生很高的功率,因此必须对其进行冷却降温。我们利用特质管道来输送经过处理的去离子水实现冷却过程,该过程中如果出现水泄漏则会影响设备正常运行并导致可观的经济损失。而此设备的实际运行环境具有较强的电磁干扰和辐射干扰,因此,设计和实现水泄漏检测定位装置能及时准确的监测到泄露的预发生,最大限度地减少水泄露所造成的损失,保障离子加速器的正常运转。本文针对兰州重离子加速器的特殊现场环境和水泄漏监测要求,使用一种新型的感应检测线缆完成了水泄漏监测定位控制器的设计。
Due to the large number of electromagnetic components in a heavy ion accelerator, high power is generated during operation, so it must be cooled and cooled down. We use tramp pipes to deliver treated deionized water for cooling. In the event of a water leak, this can affect the proper functioning of the equipment and result in significant economic losses. However, the actual operating environment of the device has strong electromagnetic interference and radiation interference. Therefore, the design and implementation of a water leak detection and positioning device can timely and accurately detect the pre-emergence of leakage, minimize losses caused by water leakage, and guarantee Ion accelerator normal operation. Aiming at the special scene environment and water leak monitoring requirements of heavy ion accelerator in Lanzhou, this paper designs a water leakage monitoring and positioning controller using a new type of sensing cable.