在加载系统设计完成之后，使用二叉树的磁盘存储结构及算法实现了杠杆系统的磁盘存储。
Having designed the load system, the binary tree forest disk storage structure and arithmetic is used to realize disk storage of the lever system.
采用二叉树森林数据结构来描述结构试验的杠杆加载系统，在此基础之上对加载系统的优化设计方法进行了研究。
The binary tree forest data structure is used to describe the lever load system of structure test. On the basis of this description, a optimum method of load system design is studied.
采用二叉树森林数据结构来描述结构试验的杠杆加载系统，使得杠杆加载系统的配重方案自动化设计成为可能，在此基础之上对加载系统配重方案的优化设计方法进行了研究。
The binary tree forest data structure is used to describe the lever load system of structure tests, which make it be likelihood to design automatically the lever load system counterweight.
采用二叉树森林数据结构来描述结构试验的杠杆加载系统，使得杠杆加载系统的配重方案自动化设计成为可能，在此基础之上对加载系统配重方案的优化设计方法进行了研究。
The binary tree forest data structure is used to describe the lever load system of structure tests, which make it be likelihood to design automatically the lever load system counterweight.
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