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|Submit Date||Name||Organisation||Statement of capabilities/facilities|
|2019-07-15.||Sebastian Risse||Helmholtz-Zentrum Berlin||Research at Helmholtz-Zentrum Berlin für Materialien und Energie (HZB) covers the range from basic materials science to providing solutions to the global energy challenge, contributing to the Re-search Fields Matter, Information and Energy. The institute for soft matter and functional meterials at HZB has experience in the performance and analysis of operando experiments of batteries. The focus lays on electrochemical impedance spectroscopy (EIS), Raman spectroscopy, UV/vis spectroscopy, small angle scattering techniques (with photons or neutrons) and X-ray imaging. Most of these techniques are combined in a multi-modal operando setup to gain system information from different view angles simultaneously. Special emphasis is laid on the performance of operando EIS with a low system pertubation.|
|2019-06-27.||Majid Kazemian||Diamond Light Source||The fundamental understanding on battery materials, in situ and operando methods, specifically synchrotron‐based ones are gaining momentum and are starting to be implemented on a broad basis. Thin film liquid electrolyte or polymer based hybride batteries are very promising devices for energy storage at high energy density due to their intrinsic safety, environmental friendliness and low cost, but still there are key issues to be solved to get to the industrial scale. The DIAMOND I08 facility offers to study such systems using operando scanning soft X-ray microscope (SXM) having highest spatial and energy resolutions below 50 nm and 0.1 eV, respectively. This is providing a platform for in-depth space-time dependent investigations of the chemistry of crystallites evolving during potential cycling. These operando measurements have been enabled by the construction of a novel wet cell and study of battery anodes in presence of solid conductive polymer electrolyte.|
|2019-06-26.||Markys Cain||Electrosciences Ltd||Electrosciences have expertise in dielectric impedance spectroscopy of multifunctional materials exploring effects of interface and interphase on functional performance of materials and devices including ferroelectrics, piezoelectrics and energy storage (solid state) dielectrics. The methods developed would be of practical use for battery evaluation, as a characterisation tool but also as a long term lifetime testing method. A combination of developments in (low frequency) methods alongside in-operando XRay synchrotron diffraction with partners, XMaS, ULiv, would provide links between macroscopic electrochemical/functional response to structural and chemical information. This would require development of complex-phase materials and systems models to validate the EIS data. We request that g10 consider this contribution to the proposed JRP.
Electrosciences also sits as UK expert on UK BSI Mirror committee RPI/013 Advanced technical ceramics committee.
|2019-06-26.||Paul Thompson||XMaS - ULiv||The University of Liverpool (ULiv), along with the University of Warwick own and manage a materials science synchrotron radiation beamline at the European Synchrotron Radiation Facility. This forms part of the larger European Photon and Neutron Science Campus located in Grenoble France. The beamline has developed in-oparando measurement capabilities for measuring both X-ray diffraction and spectroscopy whilst simultaneously measuring the electrical characteristics of energy storage devices, such as batteries (e.g. charge / discharge cycles).
ULIv have been active participants on both the Nanostrain (IND-54) and Advent (16-ENG-06) EMPIR funded projects. We propose that integrating electrochemical impedance spectroscopy into an x-ray beamline could provide complementary structural and electrochemical interface functional performance, with partners Electrosciences Ltd.
|2019-06-19.||SELMA ERAT||Mersin University, Advanced Technology Education, Research and Application Center||I am director of Advanced Technology Education, Research and Application Center, Mersin University, in Turkey. I am expert on synchrotron methods on metal oxide electrochemical components. I have been working on solid oxide fuel cells, mainly on cathode materials. Our Research Center has many analytical facilities on materials synthesis and characterization including (XRD, single crystal XRD, AFM, SEM, NMR, FTIR, UV, BET, GC, ICP-MS and etc.). I had beamlines at ALS/USA, BESSY/Germany, ESRF/France, ILL/France (neutron diffraction), ELETRA/Italy.|
|2019-06-19.||Andy Wain||NPL||Expertise and suite of equipment for preparing and electrochemically characterising energy storage materials and devices.
Experience with operando characterisation techniques including Raman/IR spectroscopy and XRD, including dedicated operando cells.
Physical modelling capability for predicting characteristics of operando test cells.
Extensive range of surface analysis tools including SIMS and XPS and complimentary ex situ materials characterisation techniques (e.g. AFM, BET, NMR)
|2019-06-18.||Enrico Petrucco||Johnson Matthey||JM has purpose-built laboratory space for battery materials synthesis, electrode preparation, and cell testing. JMTC electrochemical testing includes >200 galvanostat/potentiostat channels, EIS, and differential electrochemical mass spectrometry (DEMS). JM has highly controlled synthetic conditions (lab - full scale) for standardised materials preparation.
JM has state of the art analytical equipment to be accessed as required including TEM, SEM, EPMA, XRD, XPS, SS-NMR, STA, Raman, IR, UV, other ex-situ techniques (BET, Hg porosimetry, ICP-MS, CHN, etc), and advanced characterisation including dedicated access to Diamond Light Source beamline I14 with limited exchange days.
JM has lab-based in-operando XRD and Raman and via partner sites we have access to a range of other in-operando techniques. Our in-operando work accesses a range of cells including modified coin cells, RATIX, AMPIX, POSEIDON, ECC-Opto-std, ECC-DEMS, ISIS-Stockholm ND cell.
|2019-06-14.||Umberto Celano||imec||Wide range of electrical scanning probe microscopy (SPM) techniques for the analysis of Li-ion electrodes materials. Combination of conventional modes to study ionic processes, such as electrical strain microscopy (ESM), conductive atomic force microscopy (C-AFM) and Kelvin probe force microscopy (KPFM) with custom developed ion-modulated C-AFM (imC-AFM), i.e. introduced to sense the electrochemical activity of ions in confined volumes.
Possibility to perform combined characterization with secondary ion mass spectrometry (SIMS) and scanning probe methods in a single apparatus, which provides a sub-µm resolved analysis-setup for structural, electrical and chemical information in situ.
|2019-06-14.||Steffen Seitz||PTB||Experience with EIS measurements of LIBs with respect to battery aging in particular. Four measurement set-ups with various channels to perform automated cycling of high energy LIBs with currents and voltages up to 120A/70V, EIS and other electrical measurements (e.g. capacity, coulomb efficiency, current voltage characteristic, time domain measurements).|
|2019-06-13.||MARIE-CHRISTINE LEPY||CEA||X-ray analysis capabilities using monochromatic X-ray sources
Grazing incidence X-ray fluorescence for thin films characterization
Measurement of atomic parameters (attenaution coefficients, fluorescence yields)
|2019-06-07.||Artur Braun||Empa||I am an expert and book author in synchrotron based x-ray scattering and spectroscopy, specifically operando and in situ method development combined with electrochemical and electroanalytical methods.
I am leading an electrochemistry laboratory equipped with potentiostats and impedance analyzers and also Kelvin Probe and ambient photoemission spectrometer.
Empa has numerous analytical facilities, many of which are used for battery research.
|2019-06-07.||Sascha Nowak||University of Münster - MEET Battery Research Center||Lithium Ion Battery pilot plants for cells (18650er and pouch)
Lab fabrication of pouch, coin, 18650er and Swagelok cells
Safety Lab for Abuse Tests
Analytical division (In-situ, Speciation, Surface and Elemental Analysis)
Experience in Round Robins
|2019-05-29.||Beckhoff Beckhoff||PTB||Traceable analysis and speciation of energy storage materials
Ex-situ, in-situ and operando characterisation of energy storage materials
Project management expertise
© EURAMET e.V. 2019