PresentationRESEARCH DEPARTMENTMethods
Atmospheric particle analyses
Ionic chromatography
Thermal and optical analyses
Elemental analyses in geochemistry
Inductive coupled plasma atomic emission spectroscopy (ICP-AES)
Inductively coupled plasma mass spectroscopy (ICP-MS)
MEB/microanalysis X
Microelectrodes in the environment
Neutron activation analysis
Gaz chromatography
Isotopic methods / mass spectrometry
Potassium-Argon and Argon-Argon dating
Rare gases - tritium
Stable isotopes
Magnetic minerals caracterization
marine expeditions
Nuclear measurements and radioactivity
Carbon-14 (dating, tracor)
Low level radioactivity (alpha, gamma)
Luminescence/paleodosimetry
Radon
Numerical simulation
Coupled models
Inversion assimilation (en)
Modeling the atmosphere
Modeling the biosphere
Modeling the hydrosphere
Organic Geochemistry
Biomarkers
Molecular Geochimistry
Paleomagnetism
Palynology
Laboratory and field equipment
Laboratory techniques
Teledetection
Laser
Satellite measurements
Carbon-14 (dating, tracor) Low level radioactivity (alpha, gamma) Luminescence/paleodosimetry Neutron activation analysis Radon
