Experimentalist
- Name
- Bernard Schmitt
- ORCID
- 0000-0002-1230-6627
- Alternate identifiers
Previous
- Name
- Laboratoire de Glaciologie et Géophysique de l'Environnement (LGGE)
- Experimentalist status
- Phd student
- Dates
- From 1983-10-01 to 1986-11-15
- Name
- Laboratoire de Glaciologie et Géophysique de l'Environnement (LGGE)
- Experimentalist status
- Researcher
- Dates
- From 1988-10-01 to 1998-12-31
- Name
- Laboratoire de Planétologie de Grenoble (LPG)
- Experimentalist status
- Researcher
- Dates
- From 1999-01-01 to 2010-12-31
- Name
- Institut de Planétologie et Astrophysique de Grenoble (IPAG)
- Experimentalist status
- Researcher
- Dates
- From 2011-10-01
Previous
Previous
Current
- Bernard.Schmitt@univ-grenoble-alpes.fr
- Phone
- +33 (0)476 51 41 50
- Samples
-
- H2O liquid
- H2O crystalline ice
- Palagonite JSC Mars-1 with 5.16% adsorbed H2O
- Palagonite JSC Mars-1 with 5.07% adsorbed H2O
- Palagonite JSC Mars-1 with 5.26% adsorbed H2O
- Palagonite JSC Mars-1 with 5.42% adsorbed H2O
- Palagonite JSC Mars-1 with 5.56% adsorbed H2O
- Palagonite JSC Mars-1 with 5.64% adsorbed H2O
- Palagonite JSC Mars-1 with 5.98% adsorbed H2O
- Palagonite JSC Mars-1 with 6.38% adsorbed H2O
- Palagonite JSC Mars-1 with 6.70% adsorbed H2O
- Palagonite JSC Mars-1 with 7.11% adsorbed H2O
- Palagonite JSC Mars-1 with 7.55% adsorbed H2O
- Palagonite JSC Mars-1 with 7.56% adsorbed H2O
- Palagonite JSC Mars-1 with 8.18% adsorbed H2O
- Palagonite JSC Mars-1 with 8.56% adsorbed H2O
- Palagonite JSC Mars-1 with 8.98% adsorbed H2O
- Palagonite JSC Mars-1 with 9.71% adsorbed H2O
- Palagonite JSC Mars-1 with 10.08% adsorbed H2O
- Palagonite JSC Mars-1 with 10.58% adsorbed H2O
- Palagonite JSC Mars-1 with 10.69% adsorbed H2O
- Palagonite JSC Mars-1 with 10.85% adsorbed H2O
- Palagonite JSC Mars-1 with 10.88% adsorbed H2O - desorption
- Palagonite JSC Mars-1 with 10.70% adsorbed H2O - desorption
- Palagonite JSC Mars-1 with 10.14% adsorbed H2O - desorption
- Palagonite JSC Mars-1 with 10.17% adsorbed H2O - desorption
- Palagonite JSC Mars-1 with 9.66% adsorbed H2O - desorption
- Palagonite JSC Mars-1 with 9.14% adsorbed H2O - desorption
- Palagonite JSC Mars-1 with 8.91% adsorbed H2O - desorption
- Palagonite JSC Mars-1 with 8.48% adsorbed H2O - desorption
- Palagonite JSC Mars-1 with 7.83% adsorbed H2O - desorption
- Palagonite JSC Mars-1 with 7.40% adsorbed H2O - desorption
- Palagonite JSC Mars-1 with 7.19% adsorbed H2O - desorption
- Palagonite JSC Mars-1 with 6.36% adsorbed H2O - desorption
- Palagonite JSC Mars-1 with 6.39% adsorbed H2O - desorption
- Palagonite JSC Mars-1 with 6.09% adsorbed H2O - desorption
- Palagonite JSC Mars-1 with 6.17% adsorbed H2O - desorption
- Palagonite JSC Mars-1 with 5.95% adsorbed H2O - desorption
- 7.45 mm slab ice on snow (Arcelle)
- 1.4 mm slab ice on snow (Arcelle)
- 12.51 mm slab ice on snow (Arcelle)
- Snow - Arcelle
- liquid N2
- CH3OH amorphous - dep 15K - film ??µm
- CH4 liquid
- HC3N crystalline - dep 100K
- CH4 crystalline II - film 0.275µm
- NH3 amorphous
- NO crystalline
- H2O crystalline ice - deposition 143K - film 7.85µm
- SO2 crystalline
- C2H4 crystalline - dep 15K
- CH4 crystalline - phase I
- CO in beta-N2 crystalline
- beta-N2 crystalline
- CH4 crystalline I
- CH4 crystalline II - film 0.545µm
- NH3 crystalline - dep 75K
- NO2 crystalline
- alpha-CO crystalline
- CH4 crystalline - phase II
- CO in alpha-N2 crystalline
- alpha-N2 crystalline
- CH4 crystalline II
- CH4 crystalline II - film 0.775µm
- NH3 partly crystalline - dep 35K
- CH4 crystalline II - film 1.20µm
- CH4 crystalline II - film 1.645µm
- CH4 crystalline II - film 1.95µm
- H2O amorphous ice - deposition 15K
- C2H6 crystalline - dep 15K
- thin film H2O amorphous Ia ice
- C6H6 crystalline ice condensed at 130K
- CO2 crystalline ice - deposition 15K
- CO2 crystalline ice
- SO2 crystalline
- CH4 in beta-N2 crystalline
- CH4 in alpha-N2 crystalline
- CO2 snow with 0.54% of a PAH mix
- H2O frost with PAH mix
- H2O frost with PAH mix
- H2O frost with PAH mix
- CO2 snow with 0.67% of a PAH mix
- JSC Mars-1 dust
- JSC Mars-1 dust with 1.5% of a PAH mix
- CO2 snow with 0.10% of a PAH mix
- H2S phase III
- H2S amorphous
- crystalline SO2:CO2 ice mixture (97%:3%)
- crystalline SO2:CO2:H2S ice mixture (92.5%:4.7%:2.8%)
- Pigment Beauregard (PIG_0174_A_601), powder (grains inf. 160µm, d=0.96)
- Pigment Fontenaille (PIG-0175-2016), ferruginous sandstone, powder grains inf. 160µm
- Pigment Huy (PIG_0172_A_601), powder (grains inf. 160µm)
- Pigment Pierrerue (PIG_0176_A_601), bauxite powder (grains inf. 160µm, d=1.24)
- Pigment Pierrerue (PIG_0176_A_601), bauxite powder (grains inf. 160µm, d=1.33)
- Pigment La Rousse (PIG-0183-2017), red crinoidal limestone - powder grains inf. 160µm
- H2O ice layer over CO2 snow with 1.5% H2O ice
- H2O ice layer over dust
- CO2 snow with 1.5% H2O ice
- H2O ice layer over CO2 snow with 0.1% H2O ice
- CO2 snow with 0.1% H2O ice
- Volcanic tuff (Corent) 25-100µm
- CO2 polycrystalline ice over dust
- simulated Montmorillonite SWy-1 - 20 µm grains
- H2O crystalline ice - deposition 145K
- thin film H2O crystalline Ih ice
- Montmorillonite STx-1 - 2 µm grains
- Volcanic tuff (Corent) 0-25µm
- Volcanic tuff (Corent) 100-200µm
- Volcanic tuff (Corent) 200-280µm
- Volcanic tuff (Corent) 25-50µm
- Volcanic tuff (Corent) 280-400µm
- Volcanic tuff (Corent) 400-560µm
- Volcanic tuff (Corent) 50-100µm
- Volcanic tuff (Corent) 560-800µm
- Volcanic tuff (Corent) 800-1120µm
- Volcanic tuff (Corent) 50-100µm
- H2O crystalline ice
- H2S phase II
- Pigment Fontenaille (PIG-0218-2019), ferruginous sandstone, sawn raw piece
- Pigment Fontenaille (PIG-0175-2016), ferruginous sandstone, powder grains inf. 160µm
- Pigment Fontenaille (PIG-0175-2016), ferruginous sandstone, powder grains sup. 160µm
- Pigment Fontenaille (PIG-0175-2016), ferruginous sandstone, powder grains sup. 160µm
- Pigment Bordezac Facies D (Pig_0160_D_601), powder (grains inf. 160µm, d=0.91)
- Pigment Bordezac Facies D (Pig_0160_D_601), powder (grains inf. 160µm, d=1.53)
- Pigment Beauregard (PIG_0174_A_601), powder (grains inf. 160µm, d=1.22)
- Pigment Huy (PIG_0172_A_601), powder (grains inf. 160µm)
- Pigment Huy (PIG_0172_A_601), powder (grains inf. 160µm, d=1.927)
- Pigment Huy (PIG_0172_A_601), powder (grains inf. 160µm, d=0.95)
- Pigment Huy (PIG_0172_A_605), powder (grains sup. 400µm)
- Pigment Huy (PIG_0172_A_606), powder (grains 200-400µm)
- Pigment Huy (PIG_0172_A_607), powder (grains 100-200µm)
- Pigment Huy (PIG_0172_A_608), powder (grains inf. 50µm)
- Pigment Pierremorte (PIG_0020_B_601), ferruginized limestone powder (grains inf. 160µm, d=1.54)
- Pigment Pierremorte (PIG_0020_B_601), ferruginized limestone powder (grains inf. 160µm, d=1.04)
- Pigment Roussillon (PIG_0173_A_602), Red Ochre powder (grains sup. 160µm, d=1.46)
- Pigment Roussillon (PIG_0173_A_601), Red Ochre powder (grains inf. 160µm, d=0.76)
- Pigment Roussillon (PIG_0173_A_607), Red Ochre powder (grains inf. 50µm)
- Pigment Roussillon (PIG_0173_A_606), Red Ochre powder (grains 100-200µm)
- Pigment Roussillon (PIG_0173_A_603), Red Ochre powder (grains sup. 400µm)
- Pigment Roussillon (PIG_0173_A_604), Red Ochre powder (grains 200-400µm)
- Pigment Roussillon (PIG_0173_A_605), Red Ochre powder (grains inf. 160µm, d=0.75)
- Pigment Roussillon (PIG_0173_A_605), Red Ochre powder (grains inf. 160µm, d=1.79)
- Pigment Roussillon (PIG_0173_A_605), Red Ochre powder (grains inf. 160µm, d=1.41)
- Pigment Huy (PIG_0172_A_601), powder (grains inf. 160µm, d=1.555)
- Calcite powder (inf 25 µm)
- Calcite powder (unsieved)
- Calcite powder (inf 100 µm)
- Calcite stalactite
- Calcite crystals in yellowish concretion
- Calcite polycrystal
- Calcite polycrystal (BS-03)
- Calcite hydrothermal concretion
- Calcite hydrothermal concretion powder (inf. 25 µm)
- Matters