Solid Spectroscopy Hosting Architecture of Databases and Expertise
EXPERIMENT_JB_20131001_001 : Ge K edge XAS transmission of Ge compounds at 25°C | FAME database
EXPERIMENT_JR_20150621_101 : Tl L3 edge XAS transmission of Thallium compounds at 10K | FAME database
EXPERIMENT_VN_20150930_001 : Fe K edge XAS fluorescence of Iron cyanide compounds at 10K | FAME database
EXPERIMENT_OP_20250415_001 : Sb K edge XAS transmission of Sb(0) reference powder at 20°C | FAME database
EXPERIMENT_JB_20182211_001 : Yb L3 edge XAS transmission and XAS fluorescence of Yb standards for studies of hydrothermal fluids and rare metals deposits | FAME database
BANDLIST_RAMAN_Kalicinite : Raman bandlist of Kalicinite
BANDLIST_RAMAN_Nahcolite : Raman bandlist of Nahcolite
BANDLIST_RAMAN_Coalingite : Raman bandlist of Coalingite
BANDLIST_RAMAN_Brugnatellite : Raman bandlist of Brugnatellite
BANDLIST_ABS_SO2_SO2-I : Absorption band list of SO2 in solid SO2 (phase I)
SSHADE is an interoperable Solid Spectroscopy database infrastructure (www.sshade.eu) providing spectral and photometric data obtained by various spectroscopic techniques over the whole electromagnetic spectrum from gamma to radio wavelengths, through X, UV, Vis, IR, and mm ranges. The measured samples include ices, minerals, rocks, organic and carbonaceous materials... and also liquids. They are either synthesized in the laboratory, natural terrestrial analogs collected or measured in the field, or extraterrestrial samples collected on Earth or on planetary bodies: (micro-)meteorites, IDPs, lunar soils...
SSHADE contains a set of specialized databases from various research groups, mostly from Europe. It is developed under the H2020 European programs* "Europlanet 2020 RI" and now "Europlanet 2024 RI" with the help of OSUG, CNRS/INSU, IPAG, and CNES. It is hosted by the OSUG data center / Université Grenoble Alpes, France. It can also be searched through the Virtual European Solar and Planetary Access (VESPA) virtual observatory.
(*) Europlanet 2020 RI and Europlanet 2024 RI have received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreements N°654208 and N°871149
