Papers
6
Total Citations
127
H-Index
5
About
Xue Lv is a materials scientist whose research sits at the dynamic intersection of functional hydrogels, nanotechnology, and flexible electronics. With a focus on designing next-generation conductive hydrogel sensors, Lv has made significant contributions to overcoming one of the field's most persistent challenges: balancing mechanical toughness with electrical conductivity and multifunctional performance. Lv's most cited work (38 citations) demonstrated an elegant approach to fabricating silica amino sphere-reinforced ionic liquid/graphene hydrogels exhibiting remarkable self-healing, super toughness, and strain sensitivity — properties critical for wearable technology and soft robotics. Complementing this, their 2021 study on ionic liquid/carbon nanotube hydrogels (23 citations) established a foundation for flexible human motion monitoring sensors. Across multiple publications, Lv has consistently employed sophisticated crosslinking strategies — combining ionic bonding, hydrogen bonding, and nanohybrid architectures — to engineer hydrogels with antibacterial properties, high stretchability, and superior conductivity. Their work on chitosan-based composite systems and graphene exfoliation techniques further reflects a deep commitment to scalable, practically deployable materials. With over 125 cumulative citations, Lv's research is increasingly shaping the design principles for the next generation of smart, biocompatible sensor materials.
Research Focus
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