Associate Professor Zuo Xiaoling of Guizhou University for Nationalities Published a high -level paper on important international journals

Recently, Associate Professor Zuo Xiaoling, School of Materials Science and Engineering, Guizhou University for Nationalities, took the first author/communications author and the first unit of Guizhou University for Nationalities. Published "FluoreScent Hydrogel Actuators with Simultaneous Morphing-And COLOR/BRANES Enabled By Light-Activated 3d PRINTING". Zuo Xiaoling's team has published academic papers published academic papers published academic papers published in important journals such as Dyes and Pigments, Progress in Organic Coatings, Chinese Journal of Polymer Science, Polymer Composites, and "Journal of Chemistry".

Chemical Engineering Journal Journal is a TOP journal for engineering technology/chemistry/environmental zone in the partition of the Chinese Academy of Sciences. It was published by Sweden in 1996. It is published by the famous publisher Elsevier and has a very high influence in the field of international engineering technology and chemistry.

Fluorescent hydrogel is an intelligent and soft material with adjustable collaborative luminous characteristics. Under different external stimuli, the fluorescent phenomenon of the hydrogel will change accordingly, and the hydrogel driver with fluorescent tone capabilities is even more even more. Research hotspots in the field of intelligent materials. The construction of traditional hydrogel drives is mostly based on double -layer structures. In order to enrich the type of hydrogel drive, while achieving a more complex deformation method, the construction of hydrogels with gradient cross -linking structure gradually aroused the attention of researchers' attention Essence However, it is still a challenging issue to create gradient cross -linking hydrogels in a green, efficient and controllable manner. In order to solve this problem, Associate Professor Zuo Xiaoling's team introduced the optical 3D printing technology into the construction of a hydrogel drive. This paper reports a 3D printed fluorescent hydrogel drive. Due to its special gradient cross -linking structure, the transformation and discoloration dual -drive response can be achieved under different temperature stimuli. The idea also provides a low -cost, high -efficiency, and high -precision flexible driver in the field of flexible materials, leading the intelligent manufacturing of future flexible materials.

The research work was supported by the Guizhou Basic Research Plan and the innovation and entrepreneurial project of high -level study abroad talents in Guizhou Province. It also received the support and support and researcher of Chen Tao, Lu Wei, a researcher at the Ningbo Institute of Materials Technology and Engineering of the Chinese Academy of Sciences. help. (Correspondent: Propaganda Department of the Party Committee of Guizhou University for Nationalities)

- END -