中文摘要：

在冷却流体管道中插入铜质线圈的强化冷却方法可以较为显著地提高管道的对流换热系数，从而增强冷却效果，此法已在国际上的同步辐射光源中得以应用。根据现有相关文献，总结介绍了此种强化冷却方法，阐述该机构的关键结构参数与强化冷却工作机理，并对其在国际上各同步辐射光源的应用情况作出描述，同时指出关键技术问题与未来的发展趋势，从而为此强化冷却方法在我国同步辐射装置，特别是高能高热的第三代同步辐射装置冷却系统的应用提供前瞻与有益的探索。

英文摘要：

Background： The intensive cooling method of inserting copper wire coils into the cooling fluid tube can improve the convective heat transfer coefficient of the cooling tube much, thus enhancing the cooling effect. This method has been already utilized in some synchrotron radiation facilities in the world. Purpose： The aim is to introduce such kind of intensive cooling method and provide forward-looking and useful exploration for the applications of such type of intensive cooling method. Methods： According to the related published papers, the critical structural parameters of the helical wire coils and the intensive cooling mechanism are explained, and its applications in some synchrotron radiation facilities are described. Simultaneously, the key technical problems and development trend of such type of technique are also depicted. Results： It is found that not only to enhance the cooling effect, but also to minimize the strengthening of the negative effects, such as reducing pressure loss and vibration, both are the critical issues for the development of the proposed intensive cooling method. Conclusion： This technique is expected to be used in some national synchrotron radiation facilities, especially the third generation high-energy ＆ high-heat synchrotron radiation cooling systems.