1) controller partitioning
控制器分离
1.
The controller partitioning problem for the integrated flight/vectoring propulsion control was presented in detail,and an analytical controller partitioning was obtained using a stepwise procedure.
详细阐述了综合飞行/矢量推进系统控制器分离问题,并给出了采用解析法求解控制器分离问题的步骤。
2) separation control
分离控制
1.
Numerical research on airfoil leading edge separation control using plasma actuator
应用等离子体进行翼型前缘分离控制的数值模拟研究
2.
In this paper,the demand of mine ventilation on fan is located in “performance non-humping”,the theoretical results concerning the separation control of fan and its controlling technology obtained by scholars at home and abroad are introduced all-sidely,and the idea of non-humping design of mine axial fan performance is put forword.
本文把矿井对主要通风机的要求定位于“性能无驼峰” ,介绍了国内外通风机分离控制的理论成果和控制技术 ,提出了矿用轴流风机性能无驼化研究的思想。
3.
As to the flow separation in an aeronautic high-loading axial compressor, the paper studied the flow separation control efficiency and the related engineering application of synthetic jet introduction through cavities on the axial compressor blade or case.
针对航空高负荷轴流压气机中的流动分离问题,研究了在轴流压气机叶片和机匣上开孔两种方式引入合成射流对于流动分离控制的有效性及相应的工程应用前景。
3) detachable integrate PID controller
积分可分离式PID控制器
5) steering clutch control section
转向离合器控制部分
6) transmission clutch control section
变速箱离合器控制部分
补充资料：分离原理(见随机最优控制)
分离原理(见随机最优控制)
separation principle
fen(}yuonl-分离原理(separation prineiple)最优控制”。见“随机
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条