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Ronan Invernizzi
Ronan Invernizzi
ICMCB
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引用次数
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Surface reactivity and surface characterization of the layered β (III)-CoOOH material: an experimental and computational study
A Lemoine, R Invernizzi, G Salvato Vallverdu, L Madec, J Olchowka, ...
The Journal of Physical Chemistry C 125 (16), 8570-8581, 2021
142021
Controlled nanostructuration of cobalt oxyhydroxide electrode material for hybrid supercapacitors
R Invernizzi, L Guerlou-Demourgues, F Weill, A Lemoine, MA Dourges, ...
Materials 14 (9), 2325, 2021
92021
Stabilization and improvement of energy storage performance of high mass loading cobalt hydroxide electrode by surface functionalization
J Olchowka, R Invernizzi, A Lemoine, J Allouche, I Baraille, D Flahaut, ...
Journal of The Electrochemical Society 167 (10), 100527, 2020
82020
Relating the electrochemical behavior of Birnessite to the morphology and specific surface: interest of studying the surface reactivity
A Lemoine, R Invernizzi, G Salvato Vallverdu, J Olchowka, ...
ACS Applied Energy Materials 5 (10), 12359-12372, 2022
42022
Composite Mn–Co electrode materials for supercapacitors: why the precursor's morphology matters!
R Invernizzi, A Lemoine, L Madec, F Weill, MA Dourges, C Tang, ...
Nanoscale Advances 4 (23), 5089-5101, 2022
32022
Kraft black liquor as a carbonaceous source for the generation of porous monolithic materials and applications toward hydrogen adsorption and ultrastable supercapacitors
R Poupart, R Invernizzi, L Guerlou-Demourgues, J Olchowka, ...
Langmuir 39 (46), 16385-16394, 2023
12023
Incorporation of Fe 3+ into MnO 2 birnessite for enhanced energy storage: impact on the structure and the charge storage mechanisms
R Invernizzi, VM Kovrugin, L Molinié, A Iadecola, M Duttine, L Bourgeois, ...
Journal of Materials Chemistry A 12 (6), 3373-3385, 2024
2024
Incorporation of Fe3+ into MnO2 birnessite for enhanced energy storage: Impact on the structure and the charge storage mechanisms
J Olchowka, R Invernizzi, VM Kovrugin, L Molinié, A Iadecola, M Duttine, ...
2023
Lithium electrochemical accumulator of the lithium-sulfur type comprising a specific negative-electrode material
B Chavillon, R Invernizzi, E Mayousse
US Patent 11,289,732, 2022
2022
Synthèses innovantes et caractérisation de nanocomposites et d’oxydes lamellaires à base de Mn-Co-Fe pour supercondensateurs
R Invernizzi
Université de Bordeaux, 2022
2022
Lithium electrochemical generator of the lithium-oxygen or lithium-air type comprising a specific negative electrode material
B Chavillon, R Invernizzi, E Mayousse
US Patent 11,258,061, 2022
2022
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