Phys Chem Chem Phys November 2022 PMID 36214354

Simulating electric field and current density in nanostructured electrocatalysts.

Feng Li, Ce Zhou, Anna Klinkova

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Mentions

Peak: 3 in Sep 2022

across 2 sources since Sep 2022

Extended reach

13,132

potential audience

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1,232

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Sep 2022 – Nov 2022

Where it's discussed

X / Twitter5 posts
YouTube2 videos

AI synopsis

What people are saying

The discussions highlight the significance of visual tutorials and simulation results, with posts like 'Feng also put together three tutorial videos' indicating active interest in learning and applying the models, while phrases like 'Simulating electric field and current density' suggest recognition of the paper’s technical importance. The tone reflects curiosity and appreciation for the methodological advances, contributing to a generally positive but cautious perception of its overall impact.

AgreementModerate agreement

Most discussions recognize the importance of the simulation methods and agree on the relevance of the research for electrocatalyst design.

InterestHigh interest

Posts express high curiosity, especially regarding the simulation tutorials and their applications, showing strong interest.

EngagementModerate engagement

Participants actively mention specific aspects such as electric fields and current densities, indicating moderate engagement.

ImpactModerate impact

The discussions suggest that this research could influence future experimental and modeling work, but the perceived impact is moderate.

Abstract in brief

The geometry of nanostructured electrocatalysts can enhance their performance due to unique physicochemical effects that affect reaction kinetics and concentration.
The review outlines simulation theories and models, particularly using the finite element method (FEM), to study electrochemical properties in complex nanoscale structures.
It emphasizes the influence of local electric fields, current density, and structural transformations, while discussing the models' limitations and encouraging future research in advanced multiscale simulations for improved electrocatalyst design.

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All mentions

Simulating Electric Field and Current Density in Nanostructured Electrocatalysts

This tutorial demonstrates how to simulate current density distribution near a nanostructured cathode using COMSOL Multiphysics in the context of electrocatalyst performance analysis.

Klinkova Lab · Oct 4, 2022 888 views

FEM simulations of nanoscale electrocatalysts: electrode current density distribution

Klinkova Lab · Oct 4, 2022 344 views

Matt Mayer

@Matt_T_Mayer · X

@AnnaKlinkova https://t.co/6nbA1pRqN6

Nov 5, 2022 · 2 likes · 2,395 followers View post →

Anna Klinkova

@AnnaKlinkova · X

Nov 3, 2022 · 2 likes · 966 followers View post →

Zhao Group

@ZhaoGroup · X

RT @ECat_papers: Simulating electric field and current density in nanostructured electrocatalysts for CO2 reduction https://t.co/H0hm5brXWZ

Sep 9, 2022 · 2 shares · 3,125 followers View post →

@Dishonor_94 · X

RT @ECat_papers: Simulating electric field and current density in nanostructured electrocatalysts for CO2 reduction https://t.co/H0hm5brXWZ

Sep 9, 2022 · 2 shares · 237 followers View post →

Electrocatalysis Papers

@ECat_papers · X

Simulating electric field and current density in nanostructured electrocatalysts for CO2 reduction https://t.co/H0hm5brXWZ

Sep 9, 2022 · 4 likes · 2 shares · 5,166 followers View post →