1) Rule of right hand
右手规则
2) right-handed rule
右手法则
1.
This paper presents the right-handed rule proof of vector product and shows us the transformation process by using the geometric forms in Mathematica.
给出了向量积中的右手法则证明,并在Mathematica环境中用图形展示了证明的变换过程。
3) right_hand rule
右手定则
1.
This paper analyses left_hand rule,right_hand rule and right_hand screw rule which appear in middle school and special secondary school according to differential and integral and vector analysis which appear in college.
用大学的微积分和矢量分析对高中及中专物理教材中的左手定则、右手定则、右手螺旋定则作了全面分析 ,揭示了大学与中学或中专物理中两套不同描述方法的联
4) rulebook
['ru:lbuk]
规则手册
5) right-hand rule
右手螺旋法则
1.
Importing the geometry character of the triangular mode by the right-hand rule;dispelling triangle similarity through introducing the fourth brightest star in the internal and external ring mixed region of the two brightest stars,it reduces the probability of false match.
对圆形区域法进行改进,以右手螺旋法则构造三角形模式的几何特征;通过在最亮两颗星的内外环交集内引入第四颗亮星消除三角形的相似性,减小伪匹配发生概率。
6) Right Hand Cause-Effect Rule
右手因果定则
1.
This paper provides a:new universal method-the Right Hand Cause-Effect Rule forjudging the direction of ampere force, motional electromotive force and motional current.
本文对安培力、动生电动势、动生电流等的方向，提出了新的统一的判定方法——右手因果定则。
补充资料：右手定则
| 右手定则 right-hand rule 确定在外磁场中运动的导线内感应电流方向的定则。又称发电机定则。右手平展，大拇指与其余四指垂直，若磁力线垂直进入手心，大拇指指向导线运动方向，则四指所指方向为导线中感应电流的方向。 |
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