Experimentalist
- Name
- Olivier Poch
- ORCID
- 0000-0001-6777-8296
- Alternate identifiers
Previous
- Name
- Space Research & Planetary Sciences Division of the University of Bern (WP Unibe)
- Experimentalist status
- Post-doc
- Dates
- From 2013-10-15 to 2017-06-30
- Name
- Institut de Planétologie et Astrophysique de Grenoble (IPAG)
- Experimentalist status
- Post-doc
- Dates
- From 2017-08-01 to 2020-09-30
- Name
- Institut de Planétologie et Astrophysique de Grenoble (IPAG)
- Experimentalist status
- Researcher
- Dates
- From 2020-10-01
Previous
Current
- olivier.poch@univ-grenoble-alpes.fr
- Phone
- +33 4 56 52 08 96
- Samples
-
- Nontronite NAu-1, less than 1mm thick layer
- Water ice spherical particles 4.5±2.5 μm at 223 K
- Water ice spherical particles 4.5±2.5 μm at 173 K
- Water ice spherical particles 67±31 μm at 223 K
- Water ice spherical particles 67±31 μm at 173 K
- Water ice spherical particles about 2 to 100 μm at 173 K
- Powder of bovine serum albumin (BSA)
- Cellulose
- Chlorophyllin sodium copper salt
- 1,2-Dihexadecyl-rac-glycero-3-phosphocholine
- 1,2-dipalmitoyl-rac-glycero-3-phosphatidic acid disodium salt
- Deoxyribonucleic acid sodium salt (DNA)
- Hemin
- Hemoglobin human
- Retinal
- Water ice and Smectite intra-mixture particles 67±31 μm at 167 K
- Sublimation mantle of Smectite on Water ice and Smectite intra-mixture particles 67±31 μm
- Water ice particles 67±31μm containing 1wt% Nontronite in intra-mixture at 173 K
- Ammonium chloride (9 wt%) mixed with pyrrhotite sub-micrometer size grains in a sublimate residue at 173 K
- Pyrrhotite sub-micrometer size grains in a sublimate residue at 173 K
- Ammonium sulfate (9 wt%) mixed with pyrrhotite sub-micrometer size grains in a sublimate residue at 173 K
- Ammonium sulfate (23 wt%) mixed with pyrrhotite sub-micrometer size grains in a sublimate residue at 173 K
- Ammonium formate (17 wt%) mixed with pyrrhotite sub-micrometer size grains in a sublimate residue at 173 K
- Ammonium formate (17 wt%) mixed with pyrrhotite sub-micrometer size grains in a sublimate residue at 173 K (duplicate)
- Sublimation residue made of Nontronite on Water ice particles 67±31μm containing 1wt% Nontronite in intra-mixture at 173 K
- Sublimation residue made of mineral mixture (Magnetite 63wt%, NH4-nontronite 22wt%, Antigorite 9wt%, Dolomite 6wt%) on Water ice particles 67±31μm mixed with 1wt% of the same mineral mixture at 173 K
- Water ice particles 67±31μm containing 1wt% mineral mixture of Magnetite 63wt%, Antigorite 9wt%, Dolomite 6wt%, 0-36µm grains in inter-mixture and NH4-nontronite 22wt% in intra-mixture at 173 K
- Nontronite NAu-1 with 0-36 µm grain size
- Matt Black Aluminum Foil Tape at 296 K
- Sublimation residue made of mineral mixture (Magnetite 63wt%, NH4-nontronite 22wt%, Antigorite 9wt%, Dolomite 6wt%) at 173 K
- Porous sublimation residue made of Nontronite NAu-1
- Graphite powder
- Ammonium sulfate (67 wt%) mixed with graphite powder at 296 K
- Ammonium formate (67 wt%) mixed with graphite powder at 296 K
- Ammonium chloride (67 wt%) mixed with graphite powder at 296 K
- Mixture of Magnetite 44vol%, NH4-nontronite 35vol%, Antigonite 13vol%, Dolomite 8vol%, with 0-36 µm grain size
- Intimate mixture of 33wt% kerite particles (25-50 μm) and 67wt% pyrrhotite grains (0-25 μm)
- Intimate mixture of 48wt% water ice particles (67±31 μm) and 52wt% pyrrhotite grains (25-50 μm) at 173 K
- Intimate mixture of 50wt% kerite particles (25-50 μm) and 50wt% pyrrhotite grains (0-25 μm)
- Intimate mixture of 70wt% water ice particles (67±31 μm) and 30wt% kerite grains (45-63 μm) at 173 K
- Intimate mixture of 77wt% water ice particles (67±31 μm) and 23wt% kerite grains (0-25 μm) at 173 K
- Intimate mixture of 95wt% water ice particles (67±31 μm) and 5wt% pyrrhotite grains (25-50 μm) at 173 K
- Intimate mixture of 91wt% water ice particles (67±31 μm) and 9wt% kerite grains (0-25 μm) at 173 K
- Intimate mixture of 92wt% water ice particles (67±31 μm) and 8wt% kerite grains (45-63 μm) at 173 K
- Intimate mixture of 95wt% water ice particles (67±31 μm) and 5wt% pyrrhotite grains (25-50 μm) at 173 K
- Intimate mixture of 99wt% water ice particles (67±31 μm) and 1wt% kerite grains (0-25 μm) at 173 K
- Intimate mixture of 99wt% water ice particles (67±31 μm) and 1wt% kerite grains (45-63 μm) at 173 K
- Kerite grains 0-25 μm
- Kerite grains 25-50 μm
- Kerite grains 45-63 μm at 173 K
- Pyrrhotite grains 0-25 μm
- Pyrrhotite grains 25-50 μm at 173 K
- Water ice particles (~70 µm, spherical)
- Water ice particles (~300 µm, spherical)
- Water ice particles (~300 µm, irregular)
- Water ice particles (~680 µm, irregular)
- Water ice particles (~1060 µm, irregular)
- Water ice particles (~1360 µm, irregular)
- Mixture of water ice particles 77 wt% ~70 µm and 23 wt% ~1060 µm
- Mixture of water ice particles 52 wt% ~70 µm and 48 wt% ~1060 µm
- Mixture of water ice particles 27 wt% ~70 µm and 73 wt% ~1060 µm
- raw piece of Orgueil CI chondrite - OF2
- raw piece of Orgueil CI chondrite - OF1
- raw piece of Orgueil CI chondrite - OM
- Matters
-
- Water ice spherical particles 4.5±2.5 μm
- Water ice spherical particles 67±31 μm
- Water ice spherical particles 2 to 100 μm (possibly 35±20 µm, to be confirmed)
- Water ice and Smectite intra-mixture spherical particles 67±31 μm
- Na-Montmorillonite SWy-2, 0-80 microns
- Water ice particles 67±31μm containing 1wt% Nontronite NAu-1 in intra-mixture
- Water ice particles 67±31μm containing 0.22wt% NH4-nontronite in intra-mixture
- Water ice spherical particles 200-400 μm
- Water ice irregular particles 200-400 μm
- Water ice irregular particles 560-800 μm
- Water ice irregular particles 1000-1120 μm
- Water ice irregular particles 1120-1600 μm
- Water ice spherical particles 67±31 μm
- Spherical particles (67±31 μm diameter) of salty water ice produced by freezing droplets of a 20 wt.% MgSO4 solution in liquid nitrogen
- Spherical particles (67±31 μm diameter) of salty water ice produced by freezing droplets of a 20 wt.% NaCl solution in liquid nitrogen
- Spherical particles (67±31 μm diameter) of salty water ice produced by freezing droplets of a 30 wt.% MgSO4 solution in liquid nitrogen
- Spherical particles (67±31 μm diameter) of salty water ice produced by freezing droplets of a 10 wt.% NaCl solution in liquid nitrogen
- Spherical particles (67±31 μm diameter) of salty water ice produced by freezing droplets of a 12.5 wt.% MgCl2 solution in liquid nitrogen
- Spherical particles (67±31 μm diameter) of salty water ice produced by freezing droplets of a 3 wt.% Na2SO4 solution in liquid nitrogen
- Spherical particles (67±31 μm diameter) of salty water ice produced by freezing droplets of a 30 wt.% NaCl solution in liquid nitrogen
- Spherical particles (67±31 μm diameter) of salty water ice produced by freezing droplets of a 25 wt.% MgCl2 solution in liquid nitrogen
- Spherical particles (67±31 μm diameter) of salty water ice produced by freezing droplets of a 30 wt.% Na2SO4 solution in liquid nitrogen
- Spherical particles (67±31 μm diameter) of salty water ice produced by freezing droplets of a 33 wt.% MgCl2 solution in liquid nitrogen
- Spherical particles (67±31 μm diameter) of salty water ice produced by freezing droplets of a 10 wt.% NaCl solution in liquid nitrogen
- Spherical particles (67±31 μm diameter) of salty water ice produced by freezing droplets of a 10 wt.% MgSO4 solution in liquid nitrogen
- Spherical particles (67±31 μm diameter) of salty water ice produced by freezing droplets of a 15 wt.% Na2SO4 solution in liquid nitrogen