ODE

Solvent intercalation in layered cathodes for ultrafast sodium-ion batteries

Référence
X. Wang,, Q. Fan,, W. Wang,, X. Liang,, Z. Liu,, L. Wang,, Q. Kong,, X. Li,, C. Chao Li,, S. Wang,, Z. Xue,, Y. Ren,, X. Cheng Zeng,, Q. Liu "Solvent intercalation in layered cathodes for ultrafast sodium-ion batteries". Nature Energy, online first (06/03/2026)():. (2026).
Année de publication
2026
Auteurs
X. Wang,
Q. Fan,
W. Wang,
X. Liang,
Z. Liu,
L. Wang,
Q. Kong,
X. Li,
C. Chao Li,
S. Wang,
Z. Xue,
Y. Ren,
X. Cheng Zeng,
Q. Liu
Lignes de lumière
rec-number
13012
Référence anonyme
X. Wang,, Q. Fan,, W. Wang,, X. Liang,, Z. Liu,, L. Wang,, Q. Kong,, X. Li,, C. Chao Li,, S. Wang,, Z. Xue,, Y. Ren,, X. Cheng Zeng,, Q. Liu "Solvent intercalation in layered cathodes for ultrafast sodium-ion batteries". Nature Energy, online first (06/03/2026)():. (2026).
Type de publication
Date

Gradient p-band center of oxygen enabling full proton intercalation in mild electrolytes

Référence
J. Zhang, , W. Li, , R. Li, , W. Wang, , B. Sun, , Q. Kong, , V. Honkimak, , J. Wang, , Q. Dong, , Y. Xu, , X. K. Li, , Y. Ren, , J. Yang, , X. Li "Gradient p-band center of oxygen enabling full proton intercalation in mild electrolytes". Materials Today, online first (01/07/2026)():. (2026).
Année de publication
2026
Auteurs
J. Zhang,
W. Li,
R. Li,
W. Wang,
B. Sun,
Q. Kong,
V. Honkimak,
J. Wang,
Q. Dong,
Y. Xu,
X. K. Li,
Y. Ren,
J. Yang,
X. Li
Lignes de lumière
rec-number
13035
Référence anonyme
J. Zhang, , W. Li, , R. Li, , W. Wang, , B. Sun, , Q. Kong, , V. Honkimak, , J. Wang, , Q. Dong, , Y. Xu, , X. K. Li, , Y. Ren, , J. Yang, , X. Li "Gradient p-band center of oxygen enabling full proton intercalation in mild electrolytes". Materials Today, online first (01/07/2026)():. (2026).
Type de publication
Date

Steering Dynamic Surface Reconstruction via Octahedral Stacking: A Strategy for Highly Efficient Hydrogen Evolution

Référence
N. Sun,, B. Zhang,, Y. Liu,, Y. Qin,, X. Xie,, G. Liu,, P. Ye,, X. Dong,, G. Xu,, L. Lian,, P. Wei,, L. Zhou,, Y.-C. Huang,, J. Zhou,, J. Zhang,, R. Mireanu,, Q. Kong,, Y.-R. Lu,, Z. Hu,, M. Lei,, K. Huang,, X. Li,, R. Yu "Steering Dynamic Surface Reconstruction via Octahedral Stacking: A Strategy for Highly Efficient Hydrogen Evolution". Advanced Functional Materials, online first (23/03/2026)():. (2026).
Année de publication
2026
Auteurs
N. Sun,
B. Zhang,
Y. Liu,
Y. Qin,
X. Xie,
G. Liu,
P. Ye,
X. Dong,
G. Xu,
L. Lian,
P. Wei,
L. Zhou,
Y.-C. Huang,
J. Zhou,
J. Zhang,
R. Mireanu,
Q. Kong,
Y.-R. Lu,
Z. Hu,
M. Lei,
K. Huang,
X. Li,
R. Yu
Lignes de lumière
rec-number
13039
Référence anonyme
N. Sun,, B. Zhang,, Y. Liu,, Y. Qin,, X. Xie,, G. Liu,, P. Ye,, X. Dong,, G. Xu,, L. Lian,, P. Wei,, L. Zhou,, Y.-C. Huang,, J. Zhou,, J. Zhang,, R. Mireanu,, Q. Kong,, Y.-R. Lu,, Z. Hu,, M. Lei,, K. Huang,, X. Li,, R. Yu "Steering Dynamic Surface Reconstruction via Octahedral Stacking: A Strategy for Highly Efficient Hydrogen Evolution". Advanced Functional Materials, online first (23/03/2026)():. (2026).
Type de publication
Date

Structural Evolution and Thermal Behavior of High-Ni Cathodes: Coupled Operando XAS, XRD, and Mass Spectrometry Analysis

Référence
Y. Zhang,, C. Wang,, J. Zhang,, H. Liu,, J. Wang,, Z. Li,, W. Su,, W. Zhou,, W. Zhai,, J. Zang,, S. Wang,, Q. Kong,, C. Yang "Structural Evolution and Thermal Behavior of High-Ni Cathodes: Coupled Operando XAS, XRD, and Mass Spectrometry Analysis". ACS Energy Letters, online first (07/04/2026)():. (2026).
Année de publication
2026
Auteurs
Y. Zhang,
C. Wang,
J. Zhang,
H. Liu,
J. Wang,
Z. Li,
W. Su,
W. Zhou,
W. Zhai,
J. Zang,
S. Wang,
Q. Kong,
C. Yang
Lignes de lumière
rec-number
13061
Référence anonyme
Y. Zhang,, C. Wang,, J. Zhang,, H. Liu,, J. Wang,, Z. Li,, W. Su,, W. Zhou,, W. Zhai,, J. Zang,, S. Wang,, Q. Kong,, C. Yang "Structural Evolution and Thermal Behavior of High-Ni Cathodes: Coupled Operando XAS, XRD, and Mass Spectrometry Analysis". ACS Energy Letters, online first (07/04/2026)():. (2026).
Type de publication
Date

A Low-Temperature Solid Chemistry to Ru Clusterrene for Scalable Hydrogen Production

Référence
R. Qin,, T. Wang,, Z. Yu,, Z. Huang,, Q. He,, H. Peng,, Q. Kong,, J. Zhang,, S.-C. Haw,, Z. Hu,, L. Zhang,, N. Chen,, Q. Yao,, X. Huang "A Low-Temperature Solid Chemistry to Ru Clusterrene for Scalable Hydrogen Production". Angewandte Chemie International Edition, online first (16/04/2026)():. (2026).
Année de publication
2026
Auteurs
R. Qin,
T. Wang,
Z. Yu,
Z. Huang,
Q. He,
H. Peng,
Q. Kong,
J. Zhang,
S.-C. Haw,
Z. Hu,
L. Zhang,
N. Chen,
Q. Yao,
X. Huang
Lignes de lumière
rec-number
13081
Référence anonyme
R. Qin,, T. Wang,, Z. Yu,, Z. Huang,, Q. He,, H. Peng,, Q. Kong,, J. Zhang,, S.-C. Haw,, Z. Hu,, L. Zhang,, N. Chen,, Q. Yao,, X. Huang "A Low-Temperature Solid Chemistry to Ru Clusterrene for Scalable Hydrogen Production". Angewandte Chemie International Edition, online first (16/04/2026)():. (2026).
Type de publication
Date

Investigating the structural evolution of lithium zirconium nitrochloride solid electrolytes for all-solid-state batteries

Référence
D. Butenko,, X. Zhang,, M. T. Dove,, J.-c. Tseng,, Y. Zhang,, P. Yu,, J. Chen,, C. Gu,, S. Zhang,, J. Lei,, Y. Ren,, Y. Chen,, J. Zhu,, W. Xia "Investigating the structural evolution of lithium zirconium nitrochloride solid electrolytes for all-solid-state batteries". Nature Communications, online first (23/04/2026)():. (2026).
Année de publication
2026
Auteurs
D. Butenko,
X. Zhang,
M. T. Dove,
J.-c. Tseng,
Y. Zhang,
P. Yu,
J. Chen,
C. Gu,
S. Zhang,
J. Lei,
Y. Ren,
Y. Chen,
J. Zhu,
W. Xia
Lignes de lumière
rec-number
13090
Référence anonyme
D. Butenko,, X. Zhang,, M. T. Dove,, J.-c. Tseng,, Y. Zhang,, P. Yu,, J. Chen,, C. Gu,, S. Zhang,, J. Lei,, Y. Ren,, Y. Chen,, J. Zhu,, W. Xia "Investigating the structural evolution of lithium zirconium nitrochloride solid electrolytes for all-solid-state batteries". Nature Communications, online first (23/04/2026)():. (2026).
Type de publication
Date

Du 16 au 20 mars 2026, 24 jeunes scientifiques venus du monde entier sont accueillis au Synchrotron SOLEIL pour une semaine de formation intensive dans le cadre de l’école européenne HERCULES (Higher European Research Course of User of Large Experimental Systems).

Self-healing supramolecular cathode binder additive with dynamic bonds for durable high-voltage solid-state lithium batteries

Référence
Y. Wei,, Y. Zhang,, H. Wang,, W. Wang,, Y. Zhang,, T. Li,, Q. Kong,, J. Yang,, R. Dou,, H. Liu,, Z. Li,, Y. Ren,, H. He,, H. Xu,, Y. Huang "Self-healing supramolecular cathode binder additive with dynamic bonds for durable high-voltage solid-state lithium batteries". eScience, (online first 08/02/2026)():. (2026).
Année de publication
2026
Auteurs
Y. Wei,
Y. Zhang,
H. Wang,
W. Wang,
Y. Zhang,
T. Li,
Q. Kong,
J. Yang,
R. Dou,
H. Liu,
Z. Li,
Y. Ren,
H. He,
H. Xu,
Y. Huang
Lignes de lumière
rec-number
12919
Référence anonyme
Y. Wei,, Y. Zhang,, H. Wang,, W. Wang,, Y. Zhang,, T. Li,, Q. Kong,, J. Yang,, R. Dou,, H. Liu,, Z. Li,, Y. Ren,, H. He,, H. Xu,, Y. Huang "Self-healing supramolecular cathode binder additive with dynamic bonds for durable high-voltage solid-state lithium batteries". eScience, (online first 08/02/2026)():. (2026).
Type de publication
Date

Ultrafast solvent-modulated roaming mechanism in bromoform revealed by femtosecond X-ray solution scattering

Référence
P. Su,, J. Zhang,, H. Wang,, Y. Jiang,, S. P. Dutta,, M. Li,, H. Yousef,, P. Zalden,, K. Zhang,, R. Zhu,, X. Liu,, Y. Wang,, S. E. Canton,, D. Bregenholt Jakobsen,, D. Vinci,, W. Zhang,, J. Lan,, T.-C. Weng,, W. Yang,, M. Wulff,, C. Milne,, D. Khakhulin,, Q. Kong "Ultrafast solvent-modulated roaming mechanism in bromoform revealed by femtosecond X-ray solution scattering". Nature Communications, 17():2514. (2026).
Année de publication
2026
Auteurs
P. Su,
J. Zhang,
H. Wang,
Y. Jiang,
S. P. Dutta,
M. Li,
H. Yousef,
P. Zalden,
K. Zhang,
R. Zhu,
X. Liu,
Y. Wang,
S. E. Canton,
D. Bregenholt Jakobsen,
D. Vinci,
W. Zhang,
J. Lan,
T.-C. Weng,
W. Yang,
M. Wulff,
C. Milne,
D. Khakhulin,
Q. Kong
Lignes de lumière
rec-number
12922
Référence anonyme
P. Su,, J. Zhang,, H. Wang,, Y. Jiang,, S. P. Dutta,, M. Li,, H. Yousef,, P. Zalden,, K. Zhang,, R. Zhu,, X. Liu,, Y. Wang,, S. E. Canton,, D. Bregenholt Jakobsen,, D. Vinci,, W. Zhang,, J. Lan,, T.-C. Weng,, W. Yang,, M. Wulff,, C. Milne,, D. Khakhulin,, Q. Kong "Ultrafast solvent-modulated roaming mechanism in bromoform revealed by femtosecond X-ray solution scattering". Nature Communications, 17():2514. (2026).
Type de publication
Date

La section scientifique « Energie durable » du Synchrotron SOLEIL regroupe les activités de recherche de 24 lignes de lumière, des Infra Rouges aux rayons X durs. Ces lignes de lumière offrent à la communauté scientifique un ensemble cohérent de techniques de pointe ex situ ou operando (spectroscopie, diffraction/diffusion, imagerie 2D et 3D), aidant les chercheurs à relever les nouveaux défis liés à la durabilité des ressources énergétiques, en liens avec la transition vers les énergies vertes et l'atténuation du changement climatique.