No. 24 South Section1, Yihuan Road,
Chengdu, 610064
China
Sichuan University
porous electrode, hydrogen energy, oxygen evolution reaction, flow-through, gas bubble release
water electrolysis, proton exchange membrane, superhydrophilic PTL, porous flow field, mass transfer
Flow-through electrode, water electrolysis, bubble detachment, superaerophobicity, electrolyzer
catalytic membrane, nanoreactor, Graphene oxide, two-dimensional channels, ZIF-67 derived Co3S4
Flow-through, Self-supporting electrode, mass transport enhancement, electrocatalytic ethanol oxidation, Hydrogen production
Flow-through, self-supporting electrode, mass transport enhancement, electrocatalytic ethanol oxidation, hydrogen Production
electrolytic water splitting, hydrogen production, stacked mesh electrode, bubble release, flow-through electrolyzer
sensing membrane, flow-through, mass transfer, sensitivity, detection limit