1) dynamic collision area
动态碰撞区
2) static collision area
静态碰撞区
3) local dynamic collision
局域动态碰撞
1.
How the parameters,such as local dynamic collision,local high pressure,meta-stable state, influence the small static pressure of Coesite are studied here.
研究了局域动态碰撞、局域高压、亚稳态以及其它一些因素对柯石英静态最小合成压力的影响,系统分析实验室合成柯石英P_(cos,min)数据,讨论地表柯石英的形成机制。
4) Dynamic collision detection
动态碰撞检测
1.
Based on the behaviors of the virtual entities,a dynamic collision detection algorithm was proposed.
提出了基于实体行为的动态碰撞检测方法,利用虚拟实体行为信息来减少静态碰撞检测的频率和次数。
5) potential collision region
碰撞区域
1.
The two-robot system was translated into some points in 2D and the potential collision regions between the two robots were obtained by dispersing the paths, which is helpful for future research on time-optimal and collision-free trajectory planning.
通过对已知路径离散化,将空间机器人系统转化为二维平面上的点,最终求得双机器人间的碰撞区域,为进一步开展双机器人系统时间优化-无碰撞轨迹规划问题的研究打下基础。
6) few-hit zone
低碰撞区
1.
To solve the problem confronted in FH-CDMA networking communication,the relationship between the method of FH networking and Hamming correlation is illustrated,and a method is proposed to mitigate collocation interference utilizing few-hit zone(FHZ) sequence.
针对跳频码分(FH-CDMA)组网通信中所面临的频率碰撞问题,论述了跳频组网方式与汉明相关的关系,提出了一种利用低碰撞区(few-hit zone,FHZ)系列来缓解共址干扰的方法,低碰撞区对FHZ码的构造方法进行了分析。
补充资料：HⅡ区和HⅠ区
见电离氢区和中性氢区。
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