Bohai Road
Kunming, Yunnan
China
Southwest Forestry University
Biomass polyamine, covalent organic framework, Cellulose nanofiber aerogel, Chromium ions, Methyl orange
Double cross-linking, Air oxidation, Boiling water resistance.
Chitosan, Biomass polyester, Boiling water resistance, Flame retardant, antimicrobial
Graphitic phase carbon nitride In-situ surface alkalinizationCr(VI) reductionmethylene blue degradation
Graphitic phase carbon nitride, in situ alkalinization, complex salt modification, Cr(VI) reduction, methylene blue degradation
Laminated composites, Crosslinking modification, Water resistance
Fluorescent probe, Pd2+, Film, cell imaging
cellulose-based, wood adhesives, branched polyamine, water resistance, mechanical properties
Chitosan, Fluorescence, Hypochlorite, Ratiometric chemosensor, Smartphone technology
Hydrogen sulfide, Fluorescent probes, Excited state intra-molecular proton transfer (ESIPT), film, Smartphone
Wood, Superamphiphobic coating, Durable, electromagnetic shielding, Fire sensing, Early-warning
Superhydrophobic wood, Methyltrimethoxysilane (MTMS), 1H, 1H, 2H, 2H-Perfluorodecyltrimethoxysilane (PFDTMS), Sol-gel method, Water/moisture resistance, Surface stability, Stain resistance, Self-cleaning, Loading capacity, Mechanical Strength
"ESIPT" effect, Hydrogen sulphide, Flavonoid skeleton, Fluorescent composite films, Smart imaging, Food spoilage
Chitosan, Fluorescence, Hypochlorous acid, Smartphone technology
Superhydrophobic wood, MTMS, Immersion-spraying, dimensional stability, Durability, self-cleaning
"ESIPT" effect, Hydrogen sulphide, Fluorescent composite films, Smart imaging, Food spoilage
Cotton fabric, SiO2, FAS-13, superhydrophobic, Oleophobic
Hydrogen Sulfide, Fluorescent probes, Excited state intra-molecular proton transfer (ESIPT), Film, Smartphone technology
Wood, superhydrophobic, intelligent self-healing, octadecylamine, vinyl-terminated polydimethylsiloxan