1) reaction wheel control
反作用轮控制
2) reaction wheel control mode
反作用飞轮控制方式
1.
In order to increase the precision of reaction wheels mode in azimuth control,acquired in the present paper is a project of reaction wheel control about azimuth control of nacelle,with the consideration of speed friction torque,via analyses and application of the emulator torque mode and speed mode in the reaction wheel control mode about the azimuth control of nacelle system.
为了提高反作用飞轮控制方式的吊篮方位控制的灵敏度和控制精度,考虑飞轮摩擦力矩的情况下,对反作用飞轮控制方式的力矩模式和速率模式进行理论分析与实际应用比较,选取了高空气球吊篮方位控制的反作用飞轮控制的速率模式。
3) reaction control system
反作用控制系统
1.
The control moment from control law is allocated to aero-surface and reaction control system,in this phase the limits from hardware are taken into consideration.
将控制律给出的控制力矩合理分配给气动面的反作用控制系统,并考虑了实际的硬件特性要求。
2.
During reentry through the atmosphere,the control moment is generated by thrusters of the reaction control system(RCS) to control attitudes of the ASV,and to compensate for the shortage of aero-surfaces that fail to offer enough moment because of the partially or completely lost efficiency.
在ASV跨大气层再入飞行时,通过反作用控制系统(RCS)中的反作用发动机推力产生控制力矩来控制ASV的姿态,以补偿气动舵面操纵失效或者部分失效而引起的控制力矩不足;随着空气密度的增加,气动舵面逐步介入控制系统,RCS随之逐步退出。
4) JRC
喷气反作用控制
1.
Jet Reaction Control (JRC) is a kind of method for controling some device, which depends on the reaction force generated by the high-speed air flowing out the jet.
喷气反作用控制(JRC)是依靠气体从喷嘴中高速喷出产生的反作用力来控制某种装置的方法。
5) Reaction control system(RCS)
反作用控制系统
1.
We present two different methods of reaction control system(RCS) jet selection logic(JSL) reconfiguration:(1) assembled logic searching,(2) linear programming based on impulse moment control.
针对反作用控制系统(RCS)推力器开机失效后的喷气选择逻辑(JSL)重构问题进行了研究,提出了2种实现JSL重构的方法:①基于组合逻辑检索的方法;②基于冲量矩控制的线性规划方法。
6) reaction jet control
反作用喷气控制
补充资料：作用与反作用定律
即“牛顿第三定律”(879页)。
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