天津大学教师个人主页系统黄显 An All-in-one self-degradable flexible skin patch with thermostatic control and spontaneous release of antibacterial ions to accelerate wound healing, Advanced Materials Technologies, 8(14):2202159, 2023. Huang Xian

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Huang Xian

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School of Precision Instrument and Optoelectronics Engineering

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Professor

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柔性电子

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Selected Papers

Current position: Huang Xian > Academic Achievements > Selected Papers

An All-in-one self-degradable flexible skin patch with thermostatic control and spontaneous release of antibacterial ions to accelerate wound healing, Advanced Materials Technologies, 8(14):2202159, 2023.

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Journal:Advanced Materials Technologies

All the Authors:Jiayin Liu, Jiameng Li, Ziyue Wu, Song Xu, Chunyou Wan, Xian Huang*

Correspondence Author:Xian Huang

Volume:8

Issue:14

Page Number:2202159

Translation or Not:no

CN No.:null

Pre One:Construction of a flexible optogenetic device for multisite and multiregional optical stimulation through flexible μ-LED displays on the cerebral cortex, Small, 19(39):202302241, 2023.

Next One:Stable and Dynamic Multiparameter Monitoring on Chests using Flexible Skin Patches with Self-adhesive Electrodes and a Synchronous Correlation Peak Extraction Algorithm, Advanced Healthcare Materials, 12(11):202202629, 2023.