The interior mechanism of spin precession in organic semiconductor is definitely different from which in the rigid semiconductor, and this is the problem needed researching farther.
因此有机半导体中自旋进动的内部机制肯定与无机半导体不同，这是需要我们继续研究的问题。
参考来源 - 有机共轭聚合物中自旋—轨道相互作用研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The theory of relativity also includes some more esoteric details, one of which is called spin precession.
相对论还包括一些更加深奥的细节，其中的一个被称作自转进动。
Besides, we study the spin precession in one-dimensional ballistic system with three different forms of spin-orbit coupling.
此外，我们研究了在三种不同形式的自旋轨道耦合下一维弹道系统中的自旋进动。
So this only holds in situations where the spin angular momentum is way, way larger than the angular momentum that you get due to the precession.
所以成立的情况是，旋转的角动量，比旋进的角动量要，大很多很多才行。
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