PARI – High Resolution Analysis Platform
From nanoworld to mega-scale
PARI provides IPGP with a state-of-theart analytical platform, consisting of a coherent chain of innovative equipments, to answer fundamental scientific questions in the Earth, Environment and Universe Sciences.
Our researchers and technical staff address scientific problems ranging from the solar system to the atomic scale, including that of the Earth, and in a time span from -4.56 billion years to present day. This work requires a range of instruments, grouped in a platform with high availability and visibility.
- Scientific manager: Catherine Chauvel
- Technical manager: Tu-Han Luu
A set of clean labs (250 m2) is also available to prepare samples:
- Dissolution
- Separation/purification
- Dilution
Contact: Julien Bouchez
A set of devices used prior to isotopic analyses to enable the separation of gaseous species or the in-situ analysis of geological samples.
A laser microdissection instrument to extract specific cells for a total amplification of their genome.
Other available equipments:
- GasBench II ThermoScientific (Contact: Pierre Agrinier)
- Microdrill (Contact: Vincent Busigny)
- Puk 5 Lampert welding machine (Contact: Isabelle Martinez)
Several plasma-source mass spectrometers (HR-ICP-MS, ICP-QMS, ICP-AES) used to measure the concentrations of chemical elements in a wide range (ppm to < ppt) and as nanoparticles.
A segmented continuous-flow colorimeter used to determine nutrient contents.
An organic elemental analyser to measure CHNS contents.
A set of ion chromatographs used to quantify anions and cations contents and to isolate some chemical elements before isotopic analysis.
A flux-force coupling fractionation apparatus used to separate and characterize nano/micrometric-size species.
Two mass spectrometers dedicated to the measurement of isotopic compositions of noble gases.
Five mass spectrometers for the measurement of isotopic compositions of elements such as carbon, oxygen or sulfur.
Three mass spectrometers dedicated to the measurement of isotopic compositions of elements such as lithium, strontium, neodymium or lead…
Three Raman micro-spectrometers for the nondestructive characterization of geological materials (structure, properties) including one coupled to a scanning laser microscope and one portable unit.
A scanning SQUID microscope to determine very weak magnetic fields with a micrometric resolution.
A SQUID cryogenic magnetometer to measure induced and remnant magnetizations at low temperature.
A FEG-FIB dual-beam microscope for nanopatterning and nanomachining, as well as sample preparation for various analyses (EPMA, SEM, EDX, SIMS, nanoSIMS or LA-ICPMS).
A set of devices used to study thermodynamic and rheological properties.
Attocube scattering-type scanning
near-field optical Microscope (s-
SNOM) & nano-FTIR
Contacts: Bénédicte Menez & Hélène Bouquerel
Other available equipment :
- Nicolet 6700 ThermoScientific FTIR microscope (Contact: Vincent Busigny)
- Two scanning electron microscopes including a FEG-FIB to obtain high resolution images and semi-quantitative EDX analyses.
- An ultra-fast Fourier-transform infrared micro-imager for qualitative analysis of geological and microbiological samples at high spatial resolution.
- A Raman micro-imager coupled to a confocal laser scanning microscope.
Autre équipement disponible :
- FTIR Microscope Nicolet 6700 ThermoScientific (Contact: Vincent Busigny)
