Xiaohui Xu

This publication record appears to span highly diverse subject areas—including plasmonic nanomaterials, gas sensors, supercapacitor electrodes, water treatment materials, textile fiber processing, near-infrared analysis of oyster tissue, dolphin vocalization behavior, and quantum simulation—which suggests the name may correspond to multiple different researchers or a very broad, loosely connected set of collaborations rather than a single coherent research program. Based on the materials-science-heavy subset of titles, work has touched on nanostructured metal oxides and heterostructures for chemical gas sensing, plasmonic nanoparticle interactions studied via electron microscopy, and electrode materials for energy storage devices like supercapacitors. Prospective students should independently verify which specific project line and lab this name refers to, since the bibliographic data does not point to one consistent specialty.

Output peaked sharply in 2020 (18 papers) and has since declined and leveled off to a lower, roughly steady rate of about 4-6 papers per year through 2025.

Generated by claude-sonnet-5 from public bibliographic data · Jul 20, 2026