Previous

Name

Space Research & Planetary Sciences Division of the University of Bern (WP Unibe)

Experimentalist status

Phd student

Dates

From 2017-02-01 to 2021-02-28

Previous

Name

Space Research & Planetary Sciences Division of the University of Bern (WP Unibe)

Experimentalist status

Post-doc

Dates

From 2021-03-01 to 2021-06-30

Samples

• Compact slab of salty H2O ice (10 wt.% Nacl, a). Before electron irradiation.
• Compact slab of salty H2O ice (10 wt.% Nacl, b). Before electron irradiation.
• Compact slab of salty H2O ice (20 wt.% Nacl, c). Before electron irradiation.
• Compact slab of salty H2O ice (20 wt.% Nacl, d). Before electron irradiation.
• Compact slab of salty H2O ice (30 wt.% Nacl, e). Before electron irradiation.
• Compact slab of salty H2O ice (30 wt.% Nacl, f). Before electron irradiation.
• Compact slab of salty H2O ice (10 wt.% Nacl, a). After first electron irradiation.
• Compact slab of salty H2O ice (10 wt.% Nacl, b). After first electron irradiation.
• Compact slab of salty H2O ice (20 wt.% Nacl, c). After first electron irradiation.
• Compact slab of salty H2O ice (20 wt.% Nacl, d). After first electron irradiation.
• Compact slab of salty H2O ice (30 wt.% Nacl, e). After first electron irradiation.
• Compact slab of salty H2O ice (30 wt.% Nacl, f). After first electron irradiation.
• Compact slab of salty H2O ice (10 wt.% Nacl, a). After second electron irradiation.
• Compact slab of salty H2O ice (10 wt.% Nacl, b). After second electron irradiation.
• Compact slab of salty H2O ice (20 wt.% Nacl, c). After second electron irradiation.
• Compact slab of salty H2O ice (20 wt.% Nacl, d). After second electron irradiation.
• Compact slab of salty H2O ice (30 wt.% Nacl, e). After second electron irradiation.
• Compact slab of salty H2O ice (30 wt.% Nacl, f). After second electron irradiation.
• Compact slab of H2O ice
• Compact slab of salty H2O ice (3 wt.% Na2SO4)
• Compact slab of salty H2O ice (15 wt.% Na2SO4)
• Compact slab of salty H2O ice (30 wt.% Na2SO4)
• Compact slab of H2O ice
• Compact slab of salty H2O ice (12.5 wt.% MgCl2)
• Compact slab of salty H2O ice (25 wt.% MgCl2)
• Compact slab of salty H2O ice (33 wt.% MgCl2)
• Pure spherical H2O ice particles (SPIPA-B type, 67 µm average diameter)
• Spherical particles of salty H2O ice (SPIPA-B type, 67 µm average diameter, with 15 wt.% Na2SO4)
• Spherical particles of salty H2O ice (SPIPA-B type, 67 µm average diameter, with 30 wt.% Na2SO4)
• Spherical particles of salty H2O ice (SPIPA-B type, 67 µm average diameter, with 20 wt.% MgSO4)
• Spherical particles of salty H2O ice (SPIPA-B type, 67 µm average diameter, with 30 wt.% MgSO4)
• Spherical particles of salty H2O ice (SPIPA-B type, 67 µm average diameter, with 3 wt.% Na2SO4)
• Compact slab of H2O ice
• Compact slab of salty H2O ice (10 wt.% Nacl)
• Compact slab of salty H2O ice (20 wt.% Nacl)
• Compact slab of salty H2O ice (30 wt.% Nacl)
• Compact slab of H2O ice
• Compact slab of salty H2O ice (10 wt.% MgSO4)
• Compact slab of salty H2O ice (20 wt.% MgSO4)
• Compact slab of salty H2O ice (30 wt.% MgSO4)
• Pure spherical H2O ice particles (SPIPA-B type, 67 µm average diameter)
• Spherical particles of salty H2O ice (SPIPA-B type, 67 µm average diameter, with 10 wt.% MgSO4)
• Pure spherical H2O ice particles (SPIPA-B type, 67 µm average diameter)
• Spherical particles of salty H2O ice (SPIPA-B type, 67 µm average diameter, with 12.5 wt.% Mgcl2)
• Spherical particles of salty H2O ice (SPIPA-B type, 67 µm average diameter, with 25 wt.% Mgcl2)
• Spherical particles of salty H2O ice (SPIPA-B type, 67 µm average diameter, with 33 wt.% Mgcl2)
• Pure spherical H2O ice particles (SPIPA-B type, 67 µm average diameter)
• Spherical particles of salty H2O ice (SPIPA-B type, 67 µm average diameter, with 10 wt.% Nacl)
• Spherical particles of salty H2O ice (SPIPA-B type, 67 µm average diameter, with 20 wt.% Nacl)
• Spherical particles of salty H2O ice (SPIPA-B type, 67 µm average diameter, with 30 wt.% Nacl)
• Spherical particles of salty H2O ice (67 µm average diameter, 5 wt.% NaCl, Sample a). Before electron irradiation.
• Spherical particles of salty H2O ice (67 µm average diameter, 5 wt.% NaCl, Sample b). Before electron irradiation.
• Spherical particles of salty H2O ice (67 µm average diameter, 10 wt.% NaCl, Sample d). Before electron irradiation.
• Spherical particles of salty H2O ice (67 µm average diameter, 30 wt.% NaCl, Sample e). Before electron irradiation.
• Spherical particles of salty H2O ice (67 µm average diameter, 5 wt.% NaCl, Sample f). Before electron irradiation.
• Spherical particles of salty H2O ice (67 µm average diameter, 5 wt.% NaCl, Sample g). Before electron irradiation.
• Spherical particles of salty H2O ice (67 µm average diameter, 10 wt.% NaCl, Sample c). Before electron irradiation.
• Fine-grained spherical particles of salty H2O ice (5 µm average diameter, 5 wt.% NaCl, Sample a). Before electron irradiation.
• Fine-grained spherical particles of salty H2O ice (5 µm average diameter, 5 wt.% NaCl, Sample b). Before electron irradiation.
• Fine-grained spherical particles of salty H2O ice (5 µm average diameter, 5 wt.% NaCl, Sample c). Before electron irradiation.
• Fine-grained spherical particles of salty H2O ice (5 µm average diameter, 10 wt.% NaCl, Sample d). Before electron irradiation.
• Fine-grained spherical particles of salty H2O ice (5 µm average diameter, 10 wt.% NaCl, Sample e). Before electron irradiation.
• Spherical particles of H2O ice (SPIPA-B type, 67 µm average diameter) intimately mixed with 10 wt.% Nacl particles (sieved to less than 100 µm). Before electron irradiation.
• Spherical particles of H2O ice (SPIPA-B type, 67 µm average diameter) intimately mixed with 30 wt.% Nacl particles (sieved to less than 100 µm). Before electron irradiation.
• Spherical particles of salty H2O ice (67 µm average diameter, 5 wt.% NaCl, Sample a). First electron irradiation at 1 µA (1 keV).
• Spherical particles of salty H2O ice (67 µm average diameter, 5 wt.% NaCl, Sample a). Second electron irradiation at 1 µA (5 keV).
• Spherical particles of salty H2O ice (67 µm average diameter, 5 wt.% NaCl, Sample b). First electron irradiation at 3 µA (1 keV).
• Spherical particles of salty H2O ice (67 µm average diameter, 5 wt.% NaCl, Sample b). Second electron irradiation at 3 µA (5 keV).
• Spherical particles of salty H2O ice (67 µm average diameter, 10 wt.% NaCl, Sample c). First electron irradiation at 1 µA (1 keV).
• Spherical particles of salty H2O ice (67 µm average diameter, 10 wt.% NaCl, Sample c). Second electron irradiation at 1 µA (5 keV).
• Spherical particles of salty H2O ice (67 µm average diameter, 10 wt.% NaCl, Sample d). First electron irradiation at 3 µA (1 keV).
• Spherical particles of salty H2O ice (67 µm average diameter, 10 wt.% NaCl, Sample d). Second electron irradiation at 3 µA (5 keV).
• Spherical particles of salty H2O ice (67 µm average diameter, 30 wt.% NaCl, Sample e). First electron irradiation at 1 µA (1 keV).
• Spherical particles of salty H2O ice (67 µm average diameter, 30 wt.% NaCl, Sample e). Second electron irradiation at 1 µA (5 keV).
• Spherical particles of salty H2O ice (67 µm average diameter, 5 wt.% NaCl, Sample f). First electron irradiation at 3 µA (1 keV).
• Spherical particles of salty H2O ice (67 µm average diameter, 5 wt.% NaCl, Sample f). Second electron irradiation at 3 µA (5 keV).
• Spherical particles of salty H2O ice (67 µm average diameter, 5 wt.% NaCl, Sample g). Second electron irradiation at 3 µA (5 keV).
• Fine-grained spherical particles of salty H2O ice (5 µm average diameter, 5 wt.% NaCl, Sample a). Second electron irradiation at 3 µA (5 keV).
• Fine-grained spherical particles of salty H2O ice (5 µm average diameter, 5 wt.% NaCl, Sample b). First electron irradiation at 1 µA (1 keV).
• Fine-grained spherical particles of salty H2O ice (5 µm average diameter, 5 wt.% NaCl, Sample b). Second electron irradiation at 1 µA (5 keV).
• Fine-grained spherical particles of salty H2O ice (5 µm average diameter, 5 wt.% NaCl, Sample c). First electron irradiation at 3 µA (1 keV).
• Fine-grained spherical particles of salty H2O ice (5 µm average diameter, 5 wt.% NaCl, Sample c). Second electron irradiation at 3 µA (5 keV).
• Fine-grained spherical particles of salty H2O ice (5 µm average diameter, 10 wt.% NaCl, Sample d). First electron irradiation at 1 µA (1 keV).
• Fine-grained spherical particles of salty H2O ice (5 µm average diameter, 10 wt.% NaCl, Sample d). Second electron irradiation at 1 µA (5 keV).
• Fine-grained spherical particles of salty H2O ice (5 µm average diameter, 10 wt.% NaCl, Sample e). First electron irradiation at 3 µA (1 keV).
• Fine-grained spherical particles of salty H2O ice (5 µm average diameter, 10 wt.% NaCl, Sample e). Second electron irradiation at 3 µA (5 keV).
• Spherical particles of H2O ice (SPIPA-B type, 67 µm average diameter) intimately mixed with 10 wt.% Nacl particles (sieved to less than 100 µm). After 15 minutes of electron irradiation at 1 keV and 1 µA.
• Spherical particles of H2O ice (SPIPA-B type, 67 µm average diameter) intimately mixed with 10 wt.% Nacl particles (sieved to less than 100 µm). After electron irradiation at 5 keV and 1 µA.
• Spherical particles of H2O ice (SPIPA-B type, 67 µm average diameter) intimately mixed with 30 wt.% Nacl particles (sieved to less than 100 µm). After electron irradiation at 1 keV and 1 µA.
• Spherical particles of H2O ice (SPIPA-B type, 67 µm average diameter) intimately mixed with 30 wt.% Nacl particles (sieved to less than 100 µm). After electron irradiation at 5 keV and 1 µA.

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)
• 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
• Sodium chloride (< 100 µm size fraction)