其表面的多角形组成部分对紫外光产生反应，映射太阳光线的方位和强度。
The polygonal segments of the surface react to ultra-violet light, mapping the position and intensity of solar rays.
专家表示官方已制定一个多方位的策略，以在反应堆爆炸泄出的情况下保护民众的安全，不致出现1986年4月26日的切尔诺贝利灾难。
Specialists say the authorities have a several-pronged strategy for shielding civilians if there is an explosive breach of the reactor, as in the April 26 1986 Chernobyl disaster.
反应的方位选择性用前线轨道（ FMO）理论进行了解释。
The regioselectivity observed in the reaction was explained in terms of FMO theory.
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