Chenxue Xiang
Papers
4
Total Citations
324
H-Index
4
About
Chenxue Xiang is a leading researcher in the field of smart materials and flexible electronics, with a particular focus on multistimulus-responsive actuators and electronic skin technologies. Her work centers on designing highly flexible, intelligent devices capable of perceiving, processing, and responding to environmental changes—key components for biomimetic robotics and artificial intelligence systems. Xiang’s most influential contribution is her 2018 study on a graphene oxide and carbon nanotube/PDMS bilayer actuator, which has garnered 188 citations for its breakthrough in creating flexible, multistimulus-responsive smart devices. She further advanced the field with a super-sensitive moisture-responsive actuator using graphene oxide dispersed in 3D nanofiber and silver nanowire structures (63 citations), and developed a highly stretchable, breathable, thermoregulatory electronic skin based on polyolefin elastomer nanofiber membranes (48 citations). Her 2021 work on GO/nanofiber actuation films with moisture and photothermal response (25 citations) demonstrates remote intelligent control capabilities. Xiang’s innovative designs, combining nanomaterials with flexible architectures, have positioned her at the forefront of next-generation smart actuators and wearable electronics.
Research Focus
Key Achievements
Top Papers
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