1·Turbine disk is the heart of aero engine.
涡轮盘是航空发动机的心脏。
2·Modeling of nonlinearity dynamic respondence of the aero engine was studied.
研究航空发动机的非线性动态模型的建立问题。
3·Now, the system has been used in WS9 engine test in Xi'an Aero Engine Company.
目前本系统已经用于西安航空发动机（集团）有限公司的WS9发动机的试车工作。
4·Based on this method, a digital tachometer design for aero engine was introduced.
在这个基础上，介绍了一种航空发动机数字转速表设计。
5·This paper discusses how to realize the dynamic decoupling of aero engine by state feedback.
利用状态反馈实现了航空发动机的动态解耦。
6·The proposed method is illustrated by an example of assembly sequence planning of an aero engine.
最后应用飞机发动机装配实例验证该装配序列规划方法的有效性。
7·The relative correlation distance entropy is applied to fault diagnosis and state recognition of aero engine rotor-case system.
将相对关联距离熵应用于航空发动机转子—机匣系统状态识别和故障诊断。
8·Aero engine turbine rotor design is a repeated process that needs much time. There is much work to do to adjust the structural size.
航空发动机涡轮转子设计是一个反复协调的过程，其中存在着大量结构尺寸的调整工作。
9·The importance of military aircraft for future application and innovation of aero engine technology have been analyzed from the need of military battle.
根据现代战争的需求，分析了军用飞机在未来战争中的重要作用，论述了突破航空发动机技术的重要性，提出了一系列建议。
10·The importance of military aircraft for future application and innovation of aero engine technology have been analyzed from the need of military battle. Suggestions have been proposed.
根据现代战争的需求，分析了军用飞机在未来战争中的重要作用，论述了突破航空发动机技术的重要性，提出了一系列建议。