Experiment
Vis-NIR reflectance spectra simulated for crystalline H2O ice. The simulated sample is a semi-infinite medium consisting of particles with varying shape, size, density and temperature.
Sub-Experiment
Sample temperature: 100 K
Spectrum
NIR reflectance spectrum simulated for crystalline ice at a temperature of 100 K. The simulated sample is a semi-infinite medium consisting of GRS particles (50% volume fraction; 67 µm average diameter).
Spectrum
NIR reflectance spectrum simulated for crystalline ice at a temperature of 100 K. The simulated sample is a semi-infinite medium consisting of SPH particles (50% volume fraction; 67 µm average diameter).
Spectrum
NIR reflectance spectrum simulated for crystalline ice at a temperature of 100 K. The simulated sample is a semi-infinite medium consisting of SPH particles (20% volume fraction; 6.7 µm average diameter).
Spectrum
NIR reflectance spectrum simulated for crystalline ice at a temperature of 100 K. The simulated sample is a semi-infinite medium consisting of SPH particles (20% volume fraction; 9 µm average diameter).
NIR reflectance spectrum simulated for crystalline ice at a temperature of 100 K. The simulated sample is a semi-infinite medium consisting of SPH particles (20% volume fraction; 6.7 µm average diameter).
- Title
- NIR reflectance spectrum simulated for crystalline ice at a temperature of 100 K. The simulated sample is a semi-infinite medium consisting of SPH particles (20% volume fraction; 6.7 µm average diameter).