Angular momentum can accompany nonrotational motion.

非旋转的运动可伴随着有角动量。

Those variables for which it holds (e.g., momentum and position, or energy and time) are canonically conjugate variables in classical physics.

那些具有的变量(如动量与位置,或量与时间)是经典力学里的轭变量。

According to this hypothesis, the solar wind could transfer energy and momentum to the plasma surrounding the earth only by wave motions along the magnetopause.

根据项假说，太阳靠磁层顶上的波动，来传递量与动量给地球四周的电浆。

Angular momentum can accompany nonrotational motion.

旋转的运可能伴随着有角量。

Those variables for which it holds (e.g., momentum and position, or energy and time) are canonically conjugate variables in classical physics.

那些具有的变量(如量与位置,或能量与时间)是经典力学里的正则共轭变量。

According to this hypothesis, the solar wind could transfer energy and momentum to the plasma surrounding the earth only by wave motions along the magnetopause.

根据项假说，太阳风只能靠磁层顶上的波，来传递能量与量给地球四周的电浆。

Angular momentum can accompany nonrotational motion.

非旋转的运动可能伴随着有角动量。

Those variables for which it holds (e.g., momentum and position, or energy and time) are canonically conjugate variables in classical physics.

那些具有的量(如动量与位置,或能量与时间)是经典力学里的正则量。

According to this hypothesis, the solar wind could transfer energy and momentum to the plasma surrounding the earth only by wave motions along the magnetopause.

根据项假说，只能靠磁层顶上的波动，来传递能量与动量给地球四周的电浆。

Angular momentum can accompany nonrotational motion.

的运动可能伴随着有角动量。

Those variables for which it holds (e.g., momentum and position, or energy and time) are canonically conjugate variables in classical physics.

那些具有的变量(如动量与位置,或能量与时间)是经典力学里的正则共轭变量。

According to this hypothesis, the solar wind could transfer energy and momentum to the plasma surrounding the earth only by wave motions along the magnetopause.

根据项假说，太阳风只能靠磁层顶上的波动，来传递能量与动量给地球四周的电浆。

Angular momentum can accompany nonrotational motion.

非旋转的运动可能伴随着有角动量。

Those variables for which it holds (e.g., momentum and position, or energy and time) are canonically conjugate variables in classical physics.

那些具有的量(如动量与位置,或能量与时间)是经典力学里的正则量。

According to this hypothesis, the solar wind could transfer energy and momentum to the plasma surrounding the earth only by wave motions along the magnetopause.

根据项假说，只能靠磁层顶上的波动，来传递能量与动量给地球四周的电浆。

Angular momentum can accompany nonrotational motion.

非旋转的运动可能伴随着有角动量。

Those variables for which it holds (e.g., momentum and position, or energy and time) are canonically conjugate variables in classical physics.

那些具有的变量(如动量与位置,或能量与时间)是经典力学里的正则共轭变量。

According to this hypothesis, the solar wind could transfer energy and momentum to the plasma surrounding the earth only by wave motions along the magnetopause.

根据项假说，太阳风只能靠磁层顶上的波动，来传递能量与动量给地球四周的电浆。

Angular momentum can accompany nonrotational motion.

非旋转的运动可能伴随着有角动量。

Those variables for which it holds (e.g., momentum and position, or energy and time) are canonically conjugate variables in classical physics.

那些具有的量(如动量与位置,或能量与时间)是经典力学里的正则量。

According to this hypothesis, the solar wind could transfer energy and momentum to the plasma surrounding the earth only by wave motions along the magnetopause.

根据项假说，只能靠磁层顶上的波动，来传递能量与动量给地球四周的电浆。

Angular momentum can accompany nonrotational motion.

非旋转的运动可能伴随着有角动量。

Those variables for which it holds (e.g., momentum and position, or energy and time) are canonically conjugate variables in classical physics.

那有的变量(如动量与位置,或能量与时间)是经典力学里的正则共轭变量。

According to this hypothesis, the solar wind could transfer energy and momentum to the plasma surrounding the earth only by wave motions along the magnetopause.

根据项假说，太阳风只能靠磁层顶上的波动，来传递能量与动量给地球四周的。

Angular momentum can accompany nonrotational motion.

非旋转的运动可伴随着有角动量。

Those variables for which it holds (e.g., momentum and position, or energy and time) are canonically conjugate variables in classical physics.

那些具有的变量(如动量与位置,或量与时间)是经典力学里的轭变量。

According to this hypothesis, the solar wind could transfer energy and momentum to the plasma surrounding the earth only by wave motions along the magnetopause.

根据项假说，太阳靠磁层顶上的波动，来传递量与动量给地球四周的电浆。