TA2 Facility 10 – Stable, Rare Gas and Radiogenic Isotope Facility at CRPG
Average visit: 10 days
The Stable, Rare Gas and Radiogenic Isotope Facility (SGRIF) comprises three laboratories at the Centre de Recherches Pétrographiques et Géochimiques (CRPG):
- The stable isotope laboratory includes ThermoFinnigan MAT253, ThermoScientific DeltaV and GV Isoprime instruments for C, H, O, N, and S isotope analyses of rocks, minerals, organic matter and fluids by continuous flow mass spectrometry coupled with elemental analyzers or off line extraction. Possible analyses include O isotopes in silicate phases by fluorination and H, C and O isotopes in individual fluid inclusions.
- The rare gas laboratory offers a state of the art facility (Helix SFT) for the analysis of helium and neon isotope concentrations in terrestrial and ET samples. Potential applications include surface exposure dating with 3He and 21Ne, tracing the flux of micrometeorite samples in sediments, characterisation of geological reservoirs and mixing.
- The TIMS & MC-ICPMS laboratory hosts a Thermo Neptune Plus MC-ICPMS for high precision analysis of “non-traditional” stable isotopes (Mg, Fe, Ge, Hg, Nd, Cd, S…) and certain radiogenic isotope systems (147Sm-143Nd, Lu-Hf). A Thermo Triton Plus TIMS instrument is used for radiogenic and stable Ca isotope analyses, high precision analyses of 142Nd and the 190Pt-186Os system. A MAT262 TIMS dedicated to 187Re-187Os analyses is also available.
Contact:
Laurie Reisberg, Centre de Recherches Pétrographiques et Géochimiques (CRPG UMR 7358 CNRS-UL), 15 rue Notre Dame des Pauvres, 54500 Vandeouvre-les-Nancy, France. laurie.reisberg@univ-lorraine.fr
TA 2.10: Thermo Triton Plus Thermo-ionization mass spectrometer (TIMS) installed at CRPG. The door of the ion source is open, revealing the sample holder with places for 23 samples. Credit: CRPG
TA 2.10: Thermo Neptune Plus MC-ICPMS installed at CRPG. Credit: CRPG.
TA 2.10: Anton Paar High Pressure Asher, used for sample digestion at temperatures up to 300oC and pressures up to 100 bar. Credit: CRPG.
TA 2.10: The Thermo Scientific GasBench II is a solution for high precision on-line isotope ratio determination of carbonates and dissolved inorganic carbon. Credit: CRPG.
TA 2.10: The Picarro L2140-i isotopic water analyser enables simultaneous measurements of δ18O, δ17O, δD and determines 17O-excess for paleoclimate, (eco) hydrology, and atmospheric science applications. Credit: CRPG.
TA 2.10: The purified lines under vacuum are used for many applications: D/H and d13C of fluid inclusions, dissolved inorganic carbon, isotopic measurments of gas mixtures. Credit: CRPG.
TA 2.10: EA-IRMS systems are easy-to-use solutions for μg- to mg-level elemental and isotope analysis for CNOSH. Credit: CRPG.
TA 2.10: He analyses at the rare gas laboratory: induction furnace to extract noble gases from samples at Credit: CRPG.
TA 2.10: He analyses at the rare gas laboratory: purification line. Credit: CRPG.
TA 2.10: He analyses at the rare gas laboratory: Mass spectrometer SFT. Credit: CRPG.
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