建成的聚龙一号装置PTS由24个基于Marx发生器和水线的性能、结构相同的模块组成，运行控制节点众多，控制规模大，试验过程复杂。根据分布式对象技术CORBA的技术特点，介绍了基于CORBA的聚龙一号装置控制系统的研制，重点分析了聚龙一号装置控制系统框架和结构及CORBA技术的应用。目前该控制系统已稳定运行1年，为聚龙一号装置提供了安全有效的运行及维护服务，对于即将开展的X射线自由电子激光装置等大型物理实验装置控制系统的总体设计具有一定的参考价值和意义。

The Z-pinch Primary Test Stand (PTS) which has been completed is composed of 24 modules, adopting capacitive storage scheme. It has a large number of control and monitoring nodes. For enhancing transplant and maintainability of server program and debasing exploitation difficulty of client, a control system based upon CORBA Controls Middle Ware is built to realize irrespective characteristic of platform and field of network communication. The application of CORBA technology and the control framework and the structure of PTS control system which has worked stably for one year are studied in this paper. It is a very important reference for building national high power laser equipment, X-ray free electron laser (XFEL) and designing large experimental physics control systems.