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No records
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MATCHEM Liverpool |
STEM
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Aberration-corrected analytical Scanning Transmission Electron Microscope (SuperSTEM): Atomic-column resolution for thin specimen analysis. Only 5 such instruments in the world (currently) |
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MATCHEM Liverpool |
STEM
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NW-STEM: Very high spatial resolution imaging and analysis (0.2nm) with best energy resolution in Europe (0.3eV) |
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MSLAB Liege |
MS
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Bruker MALDI (matrix assisted laser desorption/ionisation) ultraflex TOFTOF MS/MS High resolution, MALDI Imaging |
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MSLAB Liege |
MS
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FTMS Bruker APexQ, Ultra high resolution 9.4 T FTMS |
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MSLAB Liege |
MS
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2D nanoHPLC and high resolution Tandem MS |
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CATA Louvain |
Powder XRD
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Siemens Kristalloflex D5000: Cu Kalpha radiation (1.5418 angstrom) + Automated 40-samples arrays + Possibility to record diffraction patterns with small amount of powders on polished Si sample holders + Possibility to record diffraction patterns at high temperature (up to 800 ?C in the presence of oxygen) under a wide variety of flowing gas mixtures (in situ approach) + Possibility to measure simultaneously composition of the gas at the outlet of such cell by mass spectrometry (operando approach) |
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CATA Louvain |
Raman
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Near-infrared laser, mostly convenient for analyses of organic molecules, analysis of spot of 1mm in diameter, powder or liquid samples
model: Perkin Elmer Spectrum 2000 |
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CATA Louvain |
CatReactor
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Gas phase catalytic reactors (batch andcontinuous): oxidative dehydrogenation of propane; selective oxidation or ammoxidation of propane/propene; (oxidative) dehydrogenation and dehydration of butanol; elimination of VOCs (Cl-aromatics, methane); metathesis of propene; deoxygenation of carboxylic acid; production of H2 from light hydrocarbons and alcohols
models: PID (2 reactors) + Autoclave (1 reactor) + Homemade (7 reactors) (Microreactor + Berty) |
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CATA Louvain |
CatReactor
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Continuous gas phase reactor at atmospheric pressure, up to 600?C, with 10 parallelized channels with identical flowing gas composition and temperature + Online analysis of products of reaction by fast microgas chromatography |
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BSMA Louvain |
XRR
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X-ray reflectometry: for flat films of thickness comprised between 0.5 and 120 nm; heating stage available; option: Heating cell
Models: Rigaku (1, 18kW rotating anode) Siemens D5000 goniometer (2), home-made stage |
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BSMA Louvain |
NIL
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OBDUCAT NIL3: Nano-imprint lithography: nanomolding of polymer films down to 30 nm feature size |
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BSMA Louvain |
Impedance
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Special cells dedicated to electrosynthesis and electrochemical characterization in confined medium |
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BSMA Louvain |
IR
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Multimode microscopes with STM, C-, NC-, IC-AFM), phase detection, LFM, MFM, EFM, liquid cells, environmental chamber, heated sample holder (25 to 250?C)
models: PSI Autoprobe CP and VP, Veeco Nanoscope IV, Molecular Imaging: PicoSPM |
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BSMA Louvain |
TEM
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Leica LEO 922 Transmission Electron Microscopes (TEM): SSCCD camera, ?double tilted? sample holder with cooling option, elastic brightfield imaging, electron spectroscopy imaging (ESI), electron spectroscopy diffraction (ESD), electron energy loss spectroscopy (parallel EELS), EELS imaging, STEM BF/DF, EDS detector |
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BSMA Louvain |
SEM
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Scanning Electron Microscope (SEM): Magnification up to 800 000 X, SE: classical and ?inlens? SE detector, BSE detector, EDS: EDAX, CDU Leap detector |
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LCIS Liege |
Powder XRD
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Powder X-ray diffractometer D5000 Br?ker |
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LCIS Liege |
Powder XRD
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Rising Incidence X-ray diffractometer Advance D8 Br?ker |
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LCIS Liege |
Particle Sizer
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Granulometry: Malvern Mastersizer + Coulter |
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LCIS Liege |
SEM
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SEMs: (a) Philips XL30 FEG SEM (EDX+EBSD), (b) HITACHI S2500 (EDS) |
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LCIS Liege |
TEM
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TEM Philips CM100 (+ ultracryomicrotome) |
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LCIS Liege |
AFM (or SFM)
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AFM: Digital Instruments Nanoscope III multimode et Digital Instruments Dimension |
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LCIS Liege |
VSM
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Magnetic properties analysis: VSM (Oxford Instrument) + PPMS (Quantum design) |
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LCIS Liege |
Impedance
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Impedance spectroscopy SOLARTRON |
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PHYTHEMA Liege |
SIESTA
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see table Techniques for details.Detailed documentation at http://www.icmab.es/siesta/Documentation |
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PHYTHEMA Liege |
ABINIT
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see table Techniques for details.Detailed documentation at http://www.abinit.org/ |
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