Yinghui Yin

Yinghui
Yin

• Doctorante

• Linkedin

Descriptif des activités de recherche

Thèse soutenue le 22 Février 2018 : “A Coupled Modeling/experimental work on Li-air Batteries”

Parcours

Master of Material Science (Erasmus Mundus project Materials for Energy Storage and Conversion, 2012-2014)

Compétences

Continuum modeling , Kinetic Monte Carlo modeling, Slurry preparation, Electrochemical testing of batteries, SEM.

Projets en cours

Project of Picardie Region: Modeling and Advanced Simulation of electrochemical Technologies for Energy Reversible Storage (MASTERS)

Entering the Augmented Era: Immersive and Interactive Virtual Reality for Battery Education and Research

Alejandro A. Franco, Jean-Noël Chotard, Emilie Loup-Escande, Yinghui Yin, Ruijie Zhao, Alexis J. Rucci, Alain C. Ngandjong, Simon Herbulot, Benjamin Beye, Jan Ciger, Romain Lelong

Batteries & Supercaps,

2020

X-ray Nanocomputed Tomography in Zernike Phase Contrast for Studying 3D Morphology of Li?O2 Battery Electrode

Zeliang Su, Vincent De Andrade, Sorina Cretu, Yinghui Yin, Michael J. Wojcik, Alejandro A. Franco, and Arnaud Demortière

ACS Applied Energy Materials,

2020

Unraveling the operation mechanisms of Lithium Sulfur Batteries with ultramicroporous carbons

Yinghui Yin, Alejandro A. Franco

Applied Energy Materials,

2018

Investigation of bi-porous electrodes for lithium oxygen batteries

Caroline Gaya, Yinghui Yin, Amangeldi Torayev, Youcef Mammeri, Alejandro A. Franco

Electrochimica Acta,

2018

Linking the Performances of Li?O2 Batteries to Discharge Rate and Electrode and Electrolyte Properties through the Nucleation Mechanism of Li2O2

Yinghui Yin, Amangeldi Torayev, Caroline Gaya, Youcef Mammeri, Alejandro A. Franco

The Journal of Physical Chemistry C,

2017

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Publications

Compactness of the Lithium Peroxide Thin Film Formed in Li-O2 Batteries and Its Link to Charge Transport Mechanism: Insights from Stochastic Simulations

Entering the Augmented Era: Immersive and Interactive Virtual Reality for Battery Education and Research

Impact of Li2O2 Particle Size on Li-O2 Battery Charge Process: Insights from a Multi-Scale Modeling Perspective

Linking the Performances of Li–O2 Batteries to Discharge Rate and Electrode and Electrolyte Properties through the Nucleation Mechanism of Li2O2