Publications by authors named "Jiaxing Duan"
Article Synopsis
- This study explores the use of borophene as a material for gas-sensing devices, focusing on its ability to detect minor pollutant gases through density functional theory (DFT).
- The research compares the sensing performance of three types of borophenes (two Pmmn borophenes and χ-borophene) with five harmful gases (CO, NH, SO, HS, and NO), analyzing their adsorption mechanisms and energy.
- Results show that χ-borophene demonstrates selective interactions with harmful gases via both physisorption and chemisorption, suggesting its potential for sensitive gas detection and removal applications.
In this work, spherical Ni-based metal-organic frameworks (Ni-MOFs) were used as precursors for preparing nanorod-like nickel phosphate (r-NiPO) with enhanced electro-catalytic properties in detection of glucose. It was found that the addition of nickel ion has a profound effect on construction of nickel phosphate with flower-like, rod-like, and ribbon-like structure in presence of HPO. The r-NiPO consisted of multiple phases of nickel phosphate showed porous, interconnected structure and abundant active Ni(II)/Ni(III) pairs, which was beneficial to facilitate glucose oxidation.
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