SSRN RANKINGS
in Total Papers Citations
Nanozyme, Sensor array, Pesticide residues, Broad-spectrum pesticide screening, Discrimination
Tea polyphenol detection, nanozyme, Polyphenol oxidase-like, Nanozyme hydrogel, Smartphone detection
Nanozyme, Laccase, 2-Methylimidazole doping, Catalytic activity enhancement, (+)-Catechin detection.
Sensor array, Tea infusions, tea aroma, Multi-dimensional sensing, Machine learning, Mobile APP
Sensor Array, Tea aroma, Multi-dimensional sensing, Machine Learning, Mobile APP
tea polyphenols, sensor array, Polyphenol oxidase, nanozyme, machine learning based dual output model
tea polyphenols, sensor array, polyphenol oxidase, Nanozyme, machine learning based dual output model
sensor array, nanozyme, Longjing tea, Smartphone APP
Triphenolic structure detection, Temperature-responsive nanozyme, Hydrophilicity regulation, Polyphenol oxidase-like activity, Mobile APP
Catechol, Nanozyme, Catechol oxidase, fluorescence, sensing
Organophosphorus pesticides, nanozyme, sensor array, laccase-like, smartphone.
High-entropy alloy nanozyme, Cold-adapted properties, Cold-chain monitoring, Mobile APP
Polyphenol oxidase, nanozyme, Sensing, the total concentration of PCs, Test paper strip
Tieguanyin, adulteration, Tea polyphenols, Sensor array, nanozyme
pesticides, multi-enzyme activities, sensor array, identification, concentration-independent
Sulfonylurea pesticides, sensor array, nanozyme, on-site detection, paper-based sensor.
Nanozymes, Laccase, Enzyme activity modulation, Total concentration of phenolic compounds assay, Test paper strip
Nanozyme, Switchable enzyme-like activities, Integrated sensor array, Machine learning, Tea adulteration
Sensor array, green tea, Nanozyme, polyphenol oxidase
nanozyme, Switchable enzyme-like activity, Logic gates, Honey, Thymol
Electronic tongue, Flavor evaluation, electrospinning, Tailored Nanozymes, Molecular identification
Tea polyphenol detection, Nanozyme, Polyphenol oxidase-like, Nanozyme hydrogel, Smartphone detection
tea polyphenols, sensor array, polyphenol oxidase, nanozyme, machine learning based dual output model