Bubble Dynamics during Hydrogen Evolution Reaction over Fluidizable Electrocatalyst Particles

Bubble Dynamics during Hydrogen Evolution Reaction over Fluidizable Electrocatalyst Particles

Gas bubble adhesion, a ubiquitous phenomenon in electrochemical gas-evolving reactions, reduces the hydrogen evolution reaction (HER) activity in water electrolysis. Understanding the dynamics of gas bubble detachment and its dependence on force balance is crucial for manipulating bubble departure,...

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Bibliographic Details
Main Author: Qing-Nan Wang (6949193) (author)
Other Authors: Yafei Qiao (20763623) (author), Wei Qin (205374) (author), Haibing Zheng (14579559) (author), Zijin Wang (10094261) (author), Ben Chang (4684351) (author), Xiaolei Qu (1414567) (author), Wei Zhang (405) (author), Tiefeng Liu (3227991) (author), Can Li (31070) (author)
Published: 2025
Subjects:
Biophysics
Cell Biology
Evolutionary Biology
Computational Biology
Space Science
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
Physical Sciences not elsewhere classified
thereby exposing nearly
remains insufficiently investigated
hydrogen evolution reaction
manipulating bubble departure
eliminate bubble adhesion
work highlights fluidization
induced centrifugal force
gas bubble detachment
fluidizable electrocatalysts marks
bubble collision
force balance
fluidization effect
electrochemical gas
bubble dynamics
water electrolysis
ubiquitous phenomenon
triggered coalescence
stationary electrocatalysts
rate constant
particulate model
particle movement
intrinsic value
fold increase
evolving reactions
electrocatalytic reactions
electrocatalyst particles
effective strategy
active sites
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