1) cone angle of shrinking rim mold
缩口锥角
1.
This paper discussed the problem of full shrinking rim of elliptic assemble based on the plastic deformation theory, which can't be solved by general shrinking rim technology,and determined the cone angle of shrinking rim mold of elliptic assemble.
以塑性理论为依据，讨论了一般缩口工艺难以解决的椭圆件全缩口问题，在保证周边不起皱的前提下，提出了椭圆件各次缩口凹模缩口锥角的确定方法。
2) the angle of departure
出口锥角
1.
Quite good effect is gained from broadening the angle of entry of the piercing mill and narrowing the angle of departure of the roller,by which the efficiency of piercing is increased and per unit energy consumption is reduced.
通过增大穿孔机送进角 ,减小轧辊出口锥角 ,从而提高了穿孔效率 ,降低了单位能耗 ,收到了较好的效果。
3) entry cone angle
入口锥角
4) front edge is out of square
止口缩角
5) retractor angulis oris
口角牵缩肌
6) entrance shrinking angle
入口收缩角
1.
This paper is focused on the analysis of three nozzles with different entrance shrinking angle with FEM method.
文中运用有限元法对三种不同入口收缩角的喷嘴进行了分析。
补充资料：锥角
分子式：
CAS号：
性质：是由入射粒子在固体介质材料中形成的径迹经化学蚀刻放大后产生的圆锥体之顶角，常用顶角的1/2表示。可由入射角和径迹投影锥角求得。
CAS号：
性质：是由入射粒子在固体介质材料中形成的径迹经化学蚀刻放大后产生的圆锥体之顶角，常用顶角的1/2表示。可由入射角和径迹投影锥角求得。
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