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1·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。

2·The genetic code decides whether they sit with a slight twist towards clockwise or anticlockwise.

基因密码决定了它们的排列是稍向顺时针方向还是向逆时针方向扭曲。

3·The rest of the shell is rolled towards the tooth in an anticlockwise direction, in order to remove it.

为了脱身，其余的壳就会以逆时针方向绕着牙齿旋转。

4·This minuscule rotor wiggled clockwise or anticlockwise as molecules bumped into it from one side or the other.

当分子从一边或另一边撞击这个微型转子时，它会顺时针或逆时针摆动。

5·Turn the key anticlockwise.

逆时针方向转动钥匙。

6·Turn it anticlockwise with wrench.

用扳手逆时针旋转。

7·Turn the lid anticlockwise to open it.

把盖子朝反时针方向扭开。

8·Turn the key in an anticlockwise direction.

逆时针方向转动钥匙。

9·The cutters are opened by turning the knob anticlockwise.

逆时针转动旋钮可以开启切割机。

10·Neutrinos are the only particles that seem to just spin anticlockwise.

而中微子是唯一似乎只会逆时针旋转的微粒子。

逆时针

1·The genetic code decides whether they sit with a slight twist towards clockwise or anticlockwise.

基因密码决定了它们的排列是稍向顺时针方向还是向逆时针方向扭曲。

2·The rest of the shell is rolled towards the tooth in an anticlockwise direction, in order to remove it.

为了脱身，其余的壳就会以逆时针方向绕着牙齿旋转。

3·This minuscule rotor wiggled clockwise or anticlockwise as molecules bumped into it from one side or the other.

当分子从一边或另一边撞击这个微型转子时，它会顺时针或逆时针摆动。

4·The cutters are opened by turning the knob anticlockwise.

逆时针转动旋钮可以开启切割机。

5·Positive frequencies are produced by anticlockwise rotation and negative frequencies by clockwise rotation.

正频率是用逆时针旋转来产生，而负频率是用顺时针旋转来产生。

逆时针方向的

1·A left-handed molecule is one that causes polarised light to rotate to the left (ie, anticlockwise).

左旋分子就是使偏振光发生左(即逆时针方向)旋的分子。