87.4

Xin Zhao

Xi'an Jiaotong University

Xin Zhao has made significant contributions to various scientific fields. In materials science, research on biodegradable vascular scaffolds and conductive hydrogels aims to improve vascular reconstruction and wound healing outcomes. In battery technology, work on lithium-ion battery prognostics and zinc-ion batteries focuses on enhancing stability and performance. Zhao also explored the development of anti-freezing, anti-drying, and anti-swelling conductive hydrogels with applications in medical treatments, while investigating novel coatings for orthopedic implants and drug delivery systems using thermosensitive hydrogels. Additionally, research on photodetectors and antibacterial hydrogels advances material properties for optoelectronic and biomedical devices. These advancements have the potential to improve various aspects of healthcare, from treating hemorrhage to enhancing wound healing and diagnostic methods.

Hydrogel DressingsZinc AnodeHydrogelsAqueous Zinc-Ion BatteriesHigh-Performance ElectrodesWound HealingElectrolyte DesignPolymeric GelsPseudocapacitive MaterialsNano-compositesTopical Hemostatic DressingsNanostructured AnodesSkin AdhesivesFlexible SupercapacitorsTissue Adhesives
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The Secant Group, Llc

Commercial signal 87.0
Scientific signal 90.7
Social signal 87.5
Papers 147
9 Patent-to-paper cites
14,055 Paper cites

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