1) directional collective control
定向集合控制
2) vectoring control
定向控制
1.
The full N-S equations were solved using Beam-Warming approximate factorization method and a high-order compact-difference scheme for the synthetic flow field of vectoring control of a primary jet with the adjacent synthetic jets.
采用改进的Beam-Warming近似因式分解法求解二维、粘性、非定常、可压全N-S方程,对双微射流作动器定向控制主流的合成流场进行数值模拟。
2.
2 performed experiments on the effectiveness of using synthetic jet actuators to perform vectoring control of primary flow.
采用 Beam- Warming近似因式分解法求解二维、粘性、非定常、可压 N- S方程 ,对单微射流作动器定向控制主流的合成流场进行数值模拟。
3) directional control
定向控制
1.
6-meter high reinforced concrete chimney by using the directional controlled blasting technology.
介绍了采用定向控制爆破技术拆除高42。
2.
This paper introduces a demolition method for tall tube shaped buildings such as chimneys and water towers by directional controlled blasting through a practical implementation, and the relative blasting parameters are put forwar
通过实例介绍采用定向控制爆破技术拆除烟囱、水塔类高耸筒状建构筑物的方法 ,提出相应的爆破参
4) orientation control
定向控制
1.
In this paper, it was stated that the orientation control technique of chimney demolition on the condition that chimney s center of gravity has shifted, and a valuable investigation in the technical measures of correct deviation by blasting was made.
针对实例,叙述了重心偏移情况下烟囱爆破拆除的定向控制技术,并对爆破扭偏的技术措施作了有益的探讨。
2.
According to the extensive use of the technology of the breaking coal by the water power and the action characteristics of drilling hole by the water power in coal seam, this paper puts forwards a new scheme of the orientation control of water power drilling.
根据水力破煤技术的广泛使用和水射流钻头在煤层中钻孔的作用特点,提出一种新的水力钻孔定向控制方案。
5) locating-dominating set
定位控制集
1.
Given a graph G=(V,E),any nonempty subset S of V is called a locating-dominating set if the sets I(v)=N[v]∩S are nonempty and pairwise different for all v∈V-S,where N[v] is the closed neighborhood of v.
给定图G=(V,E),S是V的任意一个非空子集,如果对所有的v∈V-S,集合I(v)=N[v]∩S都是非空且是两两不同的,那么称S是G的一个定位控制集。
补充资料:反馈控制(见控制系统)
反馈控制(见控制系统)
feedback control
于。。伙。]伙ongZ片}反馈控制(几edbaekcontrol)见拉制系统。
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