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No records
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ICMAB Barcelona |
TROCADERO
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see table Techniques for details |
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PHYTHEMA Liege |
GAUSSIAN03
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commercial Quantum chemistry packages |
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ICMCB Bordeaux |
VASP
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see table Techniques for details |
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ICMCB Bordeaux |
WIEN2K
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see table Techniques for details |
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ICMCB Bordeaux |
CRYSTAL03
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see table Techniques for details |
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PHYTHEMA Liege |
FERRELEC-MC
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see table Techniques for details |
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PHYTHEMA Liege |
QDOT-SIMU
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see table Techniques for details |
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SPCTS Limoges |
XRD
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High resolution X-ray diffraction, Reciprocal Space Mapping (home made set-up); Rotating anode, 4 reflections Bartels monochromator, Curved position sensitive detector) devoted to the characterization of the microstructure of epitaxial thin films |
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SPCTS Limoges |
XRD
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Very high resolution X-ray diffraction, 3 dimensional exploration of the reciprocal space (home made set-up); (Rotating anode, 4 reflections Bartels monochromator + 3 reflections analyzer) devoted to the characterization of epitaxial thin films. Absolute lattice spacing measurements, Structural defects quantitative studies |
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SPCTS Limoges |
XRD
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High temperature (20 ? 1250 ?C) x-ray diffraction (home made set-up). Characterization of powder, bulk materials and epitaxial thin films; Furnace with refractory sample holder equipped by two orthogonal rotation (w and f rotation) and one sample dilatation correction stage (Z ? translation). |
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SPCTS Limoges |
Powder XRD
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Conventional powder x-ray diffraction (2 Bragg-Brentano set-up with and without primary monochormator, 1 Debye-Scherrer like diffractometer with a curved position sensitive detector); Structural analysis (Rieveld etc?); quantitative analysis; Microstructural determination through line profile analysis |
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SPCTS Limoges |
XRD
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Structural analysis through x-ray diffraction on single crystals; 4 circles diffractometer with a 2 dimensional detector (CCD) |
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LOMA Bordeaux |
AFM (or SFM)
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AFM dynamical modes using Frequency Modulation technics and forcing at driven frequency. 100-200 kHz. Vacuum chamber. Use Carbon Nanotubes as AFM tips, Single and multi walls. Use Nanoneedles as AFM tips. Expertise in studying soft materials. Performs studies on soft systems using forcing at driven frequency and frequency modulation technics. Theoretical and numerical calculation available. Wetting properties at nanometer scale. Stability analysis of small liquid quantities.Model: Veeco |
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ISM Bordeaux |
HgPoro
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Micromeretics AutoPore IV; Determination of the pore size in the range 50 nm - 5? |
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ISM Bordeaux |
Sorption
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Micromeretics ASAP2010; Determination of the BET surface area of solids Determination of the pore size in the range 2-50 nm |
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ISM Bordeaux |
TGA
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Balzers-Netzch STA 409; Mass spect. Coupled-TGA: Determination of thermal behaviour. Analysis of the species released during the pyrolysis process |
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CICECO Aveiro |
AFM (or SFM)
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Veeco Nanoscope IIIA; AFM with STM, EFM, KFM, PFM and SCM options. All standard modes and additional custom mode Piezoresponse Force Microscopy; Possibility of temperature variation, forvacuum and purging with different gases |
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CATA Louvain |
Raman
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Green laser focused on the sample (powder or liquid) through a long focal objective (diameter of spot analyzed = 300 microns) + Equipment recording the spectrum of a sample place inside a quartz reactor eventually flowed by gases of tunable composition, and analysis of the outlet gases by mass spectrometry (operando approach).
manufacturer: Kaiser |
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CATA Louvain |
IR
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Bruker Equinox 55: 1 channel for transmission, equipped with a DTGS detector, adequate for analysis of selfsupported wafers + 1channel for DRIFTS, equipped with sensitive MCT detector, adequate for DRIFTS analysis including of dark samples, containing a Medium T (up to 450 ?C) reaction cell for in situ gas treatment (outlet analysed by MS, operando approach) + Device to follow probe molecules adsorption, adequate for acido-basic properties of the samples |
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CATA Louvain |
Particle Sizer
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Coulter LS130: Measurement of particle size by laser scattering, particles in the range 50 - 500 nm, in water matrixes only |
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CATA Louvain |
PowdSynth
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Equipment for pilot scale synthesis and shaping of inorganic solids: All equipment for the synthesis of inorganic powders and shaping of batches of up to 1 kg : Vessels of 2 liter, 6 liters and 150 liters for co-precipitation with temperature regulation jacket and fully automated reactant injection, pH regulation and stirring control + Continuous band filter (filtering surface = 0.1 m2) + Malaxer + Extrusion for inorganic solids + Pelletization + high temperature rotating furnace for calcination under gas flows up to 1200?C. |
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CATA Louvain |
XPS
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model Kratos Ultra: Monochromatic Al source or dual Mg - Al source + Imaging device (resolution 5?) + Device to keep the samples frozen during the analysis + Device to make high T gas treatments pseudo in situ |
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CATA Louvain |
TPR/O
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Equipment allowing to follow the hydrogen consumption of a sample during a temperature programme and under a flow of hydrogen (TPR) + Equipment allowing to follow the release of a previously adsorbed molecules at the surface of a sample during a temperature programme and under a flow of inert (TPD) + Equipment allowing to follow the oxygen consumption of a sample during a temperature programme and under a flow of oxygen (TPO) + Analysis of outlet gases by mass spectrometry |
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CATA Louvain |
Sorption
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2 machines (Micromeritics ASAP 2000 and Pulsechemisorb 2705): 1 for CO only, 1 for H2, CO2, NH3, O2 : allows to perform gas phase titration of metallic sites, redox sites and acido-basic sites (depending of the gas selected), thus allows to measure the dispersion of metal or oxide deposits on supports. |
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CATA Louvain |
Sorption
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3 machines (Micromeritics ASAP 2010 + Tristar + Flowsorb II 2300): Measurements of specific surface area and porosity : pore volume, pore size, pore distribution with access to both micro and mesopores (depending on the equipment selected) + Tristar allows the analysis of 3 samples simultaneously + ASAP 2010 allows to analyze small specific surface area (1 to 5 m2/g) by physisorption of Kr (all other analysis made by N2 physisorption). |
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