Coordination
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Sandrine Lyonnard
CEA-IRIG, Hub Coordinator
Creating multimodal workflows for neutron and synchrotron correlative characterization. Developing multi-scale operando scattering & imaging methods applied to Li-ion and Na-ion batteries.
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Xaver Brems
CEA-IRIG, Hub Project Manager
Tracking changes in the micro and nanostructure of battery materials using operando methods (WAXS, SAXS, SANS, SWAXS-CT) and correlating them to the overall battery performance.
PI & coPI
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Quentin Jacquet
CEA-IRIG
Applying and developping scanning diffraction technics to understand how Li/Na ions intercalates into active material particles or groups of particles.
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Samuel Tardif
CEA-IRIG
Developing new methodologies to investigate interfaces, phases and strain in materials using synchrotron radiation, with a focus on operando techniques.
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Victor Vanpeene
CEA-IRIG
Bringing to light and harvesting information on the physico-chemical degradation in energy related materials thanks to X-ray nano-analysis techniques (X-ray computed tomography, X-ray fluorescence, and X-ray diffraction), and bridging electrode microstructure with electrochemical performances.
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Lise Daniel
CEA-LITEN
My research interest within the Hub focuses on studying battery failure mechanisms and heterogeneities mapping in severe conditions using advanced synchrotron techniques (XRD, WAXS, SAXS, tomography).
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Rémi Vincent
CEA-LITEN
My current research revolves around battery safety such as studying the fast evolution of materials structure during thermal runaway using synchrotron XRD within the Hub, where the focus is in studying the effect of electrode materials and solid electrolyte composition on the thermal degradation reactions.
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Loic Simonin
CEA-LITEN
Having a strong focus on materials synthesis for Na-ion batteries, my interest is in unravelling the chemical and structural properties of battery components using diffraction and scattering techniques.
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Jakub Drnec
ESRF
New X-ray scattering techniques for battery analysis and holistic characterization at the cell level
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Manfred Burghammer
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Jaianth Vijayakumar
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Lorenzo Stievano
CNRS-ICGM
lorenzo.stievano@umontpellier.fr
Application of X-ray spectroscopies to the study of electrochemical mechanims in battery materials.
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Antonella Iadecola
CNRS-PHENIX
antonella.iadecola@sorbonne-universite.fr
Application of X-ray spectroscopies to the study of electrochemical mechanims in battery materials.
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Laurence Croguennec
CNRS-ICMCB
laurence.croguennec@icmcb.cnrs.fr
Study of electrochemical mechanims in layered and polyanionic cathode materials.
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Dominic Bresser
HIU-KIT
My research focuses on developing and characterizing new electrode materials and electrolytes for advanced battery systems, including inorganic and organic active materials, binders, as well as liquid, solid and hybrid electrolyte systems.
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Alberto Varzi
HIU-KIT
I am particularly interested in understanding electrode/electrolyte compatibility in solid-state and Na-ion batteries and identify degradation mechanisms occurring at interfaces.
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Maider Zarrabeitia Ipina
HIU-KIT
I am mainly interested in post-technology, such as Na and K-based batteries, as well as in understanding the influence of the electrode-electrolyte chemistry and stabilization on the electrochemical properties.
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Matteo Bianchini
UBT/BayBatt
matteo.bianchini@uni-bayreuth.de
My groups research is covering all aspects of Li-ion Batteries and Na-ion Batteries for liquid as well as solid-state batteries, using all types of x-ray or neutron beam based techniques.
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Qingsong Wang
UBT/BayBatt
My research interests are in cathode materials for Li/Na-ion batteries focusing on synthesis and characterization using X-ray diffraction and spectroscopic techniques such as XAS and RIXS.
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Stefan Seidlmayer
UBT/BayBatt
stefan.seidlmayer@uni-bayreuth.de
My research interests are NASICON-type active materials and solid-electrolytes for Na-ion batteries and solid-state batteries, utilizing mostly diffraction methods with x-rays and neutrons.
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Aleksandar Matic
CTH
My research interest revolves around studying solid state batteries, metal anodes, hard carbon, and the SEI formation using techniques such as imaging, SAXS/WAXS, and GI_SAXS/WAXS.
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Julia Maibach
CTH
Studying interface phenomena at the contact of electrode and electrolyte in energy storage systems using techniques such as photoelectron spectroscopy and operando SAXS to establish interfacial structure/property relationships resulting in improved materials and interface design.
Team
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Quentin Berrod
CEA-IRIG
My research focuses on using X-ray and neutron scattering techniques to study battery materials.
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François Cadiou
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Premashis Das
UBT/BayBatt
Premashisís research focus is on the P-type layered oxide as cathode materials for Na-ion batteries.
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Andreas Erlandsson
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Elin Esping Dufvenius
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Matilda Fransson
CEA-IRIG
My research interest is focused on sustainable battery materials, with current project involving aqueous electrolyte testing, simoultenesouly I also work on industrial sodium battery characterization utilizing synchrotron SAXS/WAXS techniques.
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Giovanni Gammaitoni
UBT/BayBatt
giovanni.gammaitoni@uni-bayreuth.de
Giovanni works on synthesis and characterization of Sn-based carbon composites as anodes for Na-based batteries.
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Hao Guo
UBT/BayBatt
Hao focusses on the synthesis as well as the structural/electrochemical analysis of novel sodium solid-state electrolytes for sodium solid state batteries.
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Jan Jamroz
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Anja Lenzer
HIU-KIT
I am interested to get more details about the processes and reaction mechanism in organic electrode materials.
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Daniele Lucertini
CEA-IRIG
My focus in the HUB aims at the advanced characterisation of electrodes for sodium-ion batteries,† also working on industrial materials to study their inner mechanism in depth using synchrotron techniques such as SAXS/WAXS and X-Ray Raman Scattering
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Saptarshee Mitra
CEA-IRIG
I have been actively engaged in battery characterisation at nano-scale by uncovering degradation mechanisms, with investigating the morphology, microstructure and heterogeneities of negative electrode (graphite) after formation cycle (Solid Electrolyte Interphase formation) and long-term cycling (Aged) using advanced phase-contrast ex situ X-ray nano-holotomography.
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Guillaume Navallon
HIU-KIT
I am mostly interested in small-angle scattering techniques applied to electrode interface and hard-carbon, but I also take part in other experiments as a support.
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Saioul Ngoun
CEA-IRIG
My current research involves the application and development of diffraction techniques, including micro-XRD, dark-field X-ray microscopy (DFXM), and operando micro-Laue to investigate structural changes such as lattice parameters, orientation, and strain in the active material during Li/Na intercalation at both the electrode and particle scales.
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Gozde Oney
CEA-IRIG
My research focuses on the structural evolution of active electrode materials during electrochemical operation, investigated through advanced multiscale X-ray diffraction techniques.
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Irina Profatilova
CEA-LITEN
My research interest within the Hub is in operando and in-situ gas analysis on batteries.
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Jose Enrique Rodriguez-Fernandez
La description apparaît iciHIU-KIT
I am working on new materials for cathodes (P2/O3 hybrid layered oxides) and solid-state electrolytes for next-generation Na-ion batteries.
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Ganga Sasikumar
UBT/BayBatt
ganga.sasikumar@uni-bayreuth.de
My work mainly focuses on synthesis and characterization of novel solid-state electrolytes compatible with sodium metal anode and understanding the evolution of the interface between the anode and the electrolytes.
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Prabhat Thapliyal
UBT/BayBatt
prabhat.thapliyal@uni-bayreuth.de
Prabhatís research is centered on the synthesis and characterization (structural, electronic, electrochemical) of novel Na-based cathode materials, with layered oxides as cathode materials for sodium-ion batteries.
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Jazer José Togonon
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Pakornrum Tulaphon
CEA-IRIG
My research focuses on the impact of deuterated electrolytes on the electrochemical performance of Li/Na-ion batteries, with an emphasis on understanding the key properties influencing battery performance.
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Yuan-Chi Yang
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Yassin Zoizou