Elastic Photomechanical Organic Single Crystals with Dual Photoswitch Units for an Extended Absorption Band

Molecular crystals that can generate mechanical motion in response to external light are promising candidates for photoactuators, which are expected to have applications in microrobotics, artificial muscles, smart switches, microfluidic systems, oscillators, etc. However, most of the molecular cryst...

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Bibliographic Details
Main Author:	Yiwei Wei (16839763) (author)
Other Authors:	Shanshan Zhu (274351) (author), Kui Chen (157443) (author), Wenbo Wu (543539) (author), Yang Ye (175530) (author), Xin Huang (11077) (author), Na Wang (193263) (author), Lina Zhou (473857) (author), Ting Wang (16292) (author), Hongxun Hao (1479568) (author)
Published:	2024
Subjects:	Biophysics Pharmacology Biotechnology Infectious Diseases Computational Biology Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified photochemical reaction routine generate mechanical motion achieve backlight bending elastically flexible crystal dual photoswitch units work may provide design flexible crystals 1 </ sup visible light irradiation visible light photoswitch molecules crystal structure uv light external light undergo z successfully synthesized smart switches results presented promising candidates poor processability packing structure molecular crystals microfluidic systems intermolecular interactions human health h nmr ftir spectra elastic flexibility easy failure e isomerization artificial muscles
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Elastic Photomechanical Organic Single Crystals with Dual Photoswitch Units for an Extended Absorption Band

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