The photoinduced changes in polarity and molecular structure have led to widespread application of azobenzene derivatives as reversible molecular switch devices.
光致极性和分子结构的变化使偶氮衍生物作为可逆的分子开关器件得以普遍应用。
This geometrical configuration of CAP on the surface of the substrate was proposed to damage the stabilities and efficiency of azobenzene derivatives based optical storage devices.
可以推测，聚合物在衬底表面的这种状态将对偶氮光存储器件的稳定性和工作效率产生不良影响。
The results indicated that (1) azobenzene derivatives possess good conjugation. When linked with electron-donor and electron-acceptor, the charge transfer is obvious, thus shows strong polarity.
结果表明，偶氮苯衍生物分子具有很好的共轭性，在给吸电子基团作用下，电荷转移明显，展现示出较强的极性。
Azobenzene and its derivatives are characterized by reversible cis-trans isomerization.
偶氮苯及其衍生物的特点在于可逆顺反异构化。
Azobenzene and its derivatives are characterized by reversible cis-trans isomerization.
偶氮苯及其衍生物的特点在于可逆顺反异构化。
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