论文部分内容阅读
高温气冷实验反应堆（ＨＴＲ－１０）的热气导管和它的同轴外壳，连接邻近分开布置的反应堆和蒸汽发生器压力壳，管内外分别流过高温（９５０℃）和反向的低温（３０℃）氦气，它的热性能实验已在氦气工程试验回路上完成。实验回路中的热气导管试验段具有可拆卸的高密封要求的三层壳结构，它的内部参数的测量和信号的引出使用了数种经过予先试验过的压力壳贯穿结构。试验中需要连续测量的信号达７０多个，运用计算机采集监控技术，开发了一套智能化的数据实时采集、显示和处理系统，兼有监控、报警、保护等功能，并通过联网在其它微机上显示回路和试验装置内部的运行状况。在经历了５００ｈ的实验考验后，系统性能稳定可靠。
The HTR-10 hot gas conduit and its coaxial housing are connected to the adjacent separately-located reactor and steam generator pressure hoses. The HTR-10 hot gas conduit and its concentric housing flow through a high temperature (950 ° C) and a reverse low temperature ℃) Helium, its thermal performance experiments have been completed in the helium engineering test circuit. The hot gas duct test section in the experimental circuit has a three-layer shell structure that is removable and hermetically sealed. Its internal parameters and signal leads use several pre-tested pressure shell penetrations. The test requires continuous measurement of more than 70 signals, the use of computer acquisition monitoring technology, has developed a set of intelligent real-time data acquisition, display and processing systems, both monitoring, alarm, protection and other functions, and through networking in other computers The operating conditions inside the circuit and test equipment are shown. After 500h experimental test, the system performance is stable and reliable.