更确切地说,流经传导线的电流会产生磁场,磁场的方向位于与电流相对的右方,如「右手定则(right-hand-rule)所述(见图4)。若传导线绕成线圈,磁通量便会一致。
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right-hand rule [电磁] 右手定则 ; 右手法则 ; 右首定章 ; 右手定章
Fleming's right hand rule 佛来明右手定则 ; 弗林明右手定则 ; 夫来明右手定则
right hand rule 右手定则 ; 安培定则 ; 右手法则
Fleming' s right hand rule 弗林明右手定则
Fleming's right-hand rule 弗莱明右手定则 ; 弗来明右手定则
amperes right-hand rule 安培右手定则
right-hand screw rule [电磁] 右手螺旋定则 ; 右手螺旋法则 ; [电磁] 右手螺旋律 ; 历手螺旋定则
Right hand rule for rotation 旋转的右手法则
right-hand grip rule 右手握拳定则
According to the right-hand rule, they would be spinning, by our convention, anticlockwise.
由右手定律我们知道,按惯例,它们会逆时针旋转。
Some of them might be spinning clockwise, in which case, according to the right-hand rule we would consider them spin-down.
它们中的一些可能是顺时针旋转的,在这种情况下,根据右手定则,我们认为它们是向下旋转的。
A well-known algorithm, so to speak, for walking a maze, is the right hand rule -- follow the right hand wall until you are out (including around dead-ends).
换句话说,有一个著名的走迷宫算法就是右手法则 - 顺着右手边的墙走,直到出去(包括绕过绝路)。
And some of them might be spinning clockwise, in which case, according to the right-hand rule we would consider them spin-down.
而另一些电子则是在顺时针自旋,在这种情况下,根据右手定理,我们会以为它是在向下转。
And, according to the right-hand rule, they would be spinning, by our convention, anticlockwise.
并且由右手定律我们知道,按惯例,它们是在逆时针自旋。
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