代表性论文 （按时间倒序排列） |
1．Li, Ping, Cheng Sirong, Huanxia Zhang*. "Sandwich-structured graphene composite sponge with multiple cyclic compression for waste liquid treatment under dynamic electrical stimulation response." Materials & Design (2023): 112284. 2．Yifan Zhi , Jianlei He , Jiahan Xu , Yujuan Wei , Jia Xu，Huanxia Zhang*. "Graphene/PET-Based Temperature-Sensitive Conductor with Enhanced Responsiveness via Magnetic Induction for Resistance-Temperature Sensors." Colloids and Surfaces A: Physicochemical and Engineering Aspects (2023): 131875. 3．Yifan Zhi, Jia Xu, Jianlei He, Jiahan Xu, Huanxia Zhang*. Magnetic Field-Induced Aligned Graphene/Cellulose Conductive Composites for Electroluminescent Devices[J]. ACS Applied Nano Materials (2023):03678. 4. Jiao Ai, Sirong Cheng, Yujia Miao, Ping Li, Huanxia Zhang*. Graphene/electrospun carbon nanofiber sponge composites induced by magnetic particles for mutil-functional pressure sensor, Carbon, 205 (2023) 454-462. 5. Yujia Miao, Ping Li, Sirong Cheng, Qingqing Zhou, Miao Cao, Jie Yi, Huanxia Zhang*. Preparation of multi-axial compressible 3D PVDF nanofibre/graphene wearable composites sensor sponge and application of integrated sensor, Sensors and Actuators A: Physical,342(2022) 0924-4247. 6. Huanxia Zhang*, Wen Wu, Jie Zhou, et al. Magnetic field-induced self-assembly of chemically modified graphene oxide on cellulose fabrics for the fabrication of flexible conductive devices. Cellulose, 28(2021) 2303-2314. 7. Huanxia Zhang*, Wen Wu, Hui Ma, Jianda Cao, Hollow graphene fibres of highly ordered structure via coaxial wet spinning with application to multi-functional flexible wearables, Colloids and Surfaces A: Physicochemical and Engineering Aspects,615(2021),126193. 8. Ping Li, Wen Wu, Jia Xu, Jianda Cao, Huanxia Zhang*. Highly-ordered assembly sheath layers of graphene coaxial fibers for high-performance wearable devices. Sensors and Actuators A: Physical, (2020) 111840. 9. Huanxia Zhang, Wen Wu, Jianda Cao, Mingqiong Tong, Hong Xu, Zhiping Mao, Hui Ma. Magnetic induced wet-spinning of graphene oxide sheets grafted with ferroferric oxide and the ultra-strain and elasticity of sensing fiber, Composites Part B, 170 (2019) 1-10. 10. Huanxia Zhang, Wen Wu, Xili Yu, Mingqiong Tong, Jie Zhou, Jianda Cao, Pu Gao, Jianwei Zhao, Hong Xu, Hui Ma, Structure and electrocatalytic activity of flexible reduced graphene oxide/fullerene smart fiber, Carbon ,142 (2019) 411-9. 11. Hui Ma, Wen Wu, Jianda Cao, Binbin Yue, Huanxia Zhang*. Network structure and electromechanical properties of viscose graphene conductive yarn assembles, Carbon, 2018 (114) 731-9. |
专利成果 （按授权时间倒序排列，备注是否转让） |
1. 张焕侠 , 曹建达 , 马辉 , 吴雯 , 童明琼，一种具有空心结构石墨烯纤维的制备工艺，发明专利：CN201811122048.4授权日期: 2022.07.26 2. 张焕侠 , 曹建达 , 马辉 , 吴雯 , 童明琼，一种具有皮芯结构石墨烯纤维的制备工艺发明专利：CN201811122019.8授权日期: 2022.06.07 3. 张焕侠 , 曹建达 , 马辉 , 吴雯 , 童明琼 , 蒋莲意，一种RGO/Ag层层组装纤维素导电纱线的生产工艺，发明专利：CN201810719061.1授权日期: 2021.06.08 4. 张焕侠 , 马辉 , 吴雯 , 曹建达 , 童明琼，一种RGO/Ag+组装纤维素导电纱的生产工艺，发明专利：CN201810719073.4授权日期: 2021.04.09 |
