1) aerodynamic redundancy
气动力余度
1.
Reconfiguration technology remoVes the single surface criticality by employing control surfaces with aerodynamic redundancy.
可重构技术利用多舵面的空气动力余度，可以将失效舵面的控制效果分配给别的舵面，消除了故障舵面的影响。
2) excess power
剩余动力
3) air-kinettics schedule
气体动力学制度
1.
in this paper, the stabilities of air-kinettics schedule,thermal schedul and operation schedul were selected as criteria to identify steady degree of sintering process,and the restraint factors of steady sintering was also analyzed.
本文采用烧结过程气体动力学制度、热工制度及作业制度的稳定性来衡量烧结过程的均匀性；分析了均匀烧结的制约因素，探讨了实际生产条件，提出了从纵向、横向和竖向全方位实现均匀烧结的途径。
4) aerodynamic smoothness
气体动力平滑度
5) electrical dual-redundancy
电气双余度
1.
Research on rotor pole-arc of electrical dual-redundancy brushless DC motor
电气双余度无刷直流电动机转子极弧系数研究
6) surplus labor force
剩余劳动力
1.
Tap Existing Inner Potential in Agriculture and Absorb Surplus Labor Force;
挖掘农业内部潜力 吸纳剩余劳动力
2.
How to Realize a Reasonable Transfer of Surplus Labor Force in Rural Areas;
如何实现农村剩余劳动力合理转移
3.
Transfer of rural surplus labor force and rural urbanization;
农村剩余劳动力转移与农村城镇化
补充资料：余分闰气
1.谓馀荫庇佑。
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