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1·The new push-pull azobenzene compound was synthesized and doped into PMMA films.

合成一种新的推拉型偶氮化合物并将掺入pmma中制成光学薄膜器件。

2·Pattern formation and transverse effect are reported for azobenzene polymer film.

报道了偶氮苯聚合物薄膜中的斑图形成，横向效应及准晶结构。

3·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。

4·The self-erasure happens because the new isomer of azobenzene is not as stable as the old one.

自动清洁现象的发生是由于偶氮苯得异构体远不如其本体稳定。

5·Optically induced anisotropy gratings and surface gratings on azobenzene polymer films are studied.

研究了偶氮苯聚合物的光致各向异性光栅与表面光栅。

6·When exposed to ultraviolet light, azobenzene molecules rearrange themselves internally, a process called isomerisation.

当接触紫外线时，偶氮苯分子便会在内部重新组合，即所谓的异构体过程。

7·Optical storage based on photoinduced birefringence in azobenzene side-chain polymer liquid crystal (P-CN) film is reported.

本文实验研究了偶氮侧链聚合物液晶薄膜(P - CN)的光致双折射和光存储性质。

8·Photoorientation of azobenzene-functionalized liquid crystalline hyperbranced polymer is investigated by using nanosecond pulse laser.

研究了超枝化偶氮液晶高分子在脉冲激光辐射下的各向异性取向特性。

9·This dissertation highlighted the developments of star polymers, amphiphilic polymers and azobenzene-containing liquid crystalline polymers.

本论文评述了星形聚合物、两亲性聚合物以及偶氮苯类液晶聚合物的研究进展。

10·A new type of optical storing material, the film sample of azobenzene disperse red polymer is measured by using the single beam Z-scan technique.

采用单光束Z扫描技术对新型光学存储材料偶氮分散红聚合物的薄膜样品进行了测量。