)。
通过改变连接分子的长度和量子点的大小,科学家们可以控制的速率和量级属于波动的光诱导电子转移(light-induced electron transfer),可以控制在单个二聚体水平。这种控制使得 (light-induced electron transfer),这种转移是在单个量子点与电子受体富勒烯之间进行,属于单分子水平。
整个装配过程发生在一个表面,采取逐步实施的方式,限制相互作用的成分(粒子),否则
how much extra power could be brought to clients with the specialty of thin film’s low-light power conversion efficiency is rather high. It can in different circumstance convert light to power
how much extra power could be brought to clients with the specialty of thin film’s low-light power conversion efficiency is rather high. It can in different circumstance convert light to power