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Experiment
Sample
E
xperiment
Optical constants from UV to FIR for 9 glassy Mg and Mg-Fe-silicates
S
pectrum
Optical constants of Mg-silicate glass with pyroxene stoichiometry from UV to FIR
S
pectrum
Optical constants of Mg-Fe-silicate glass with pyroxene stoichiometry, Fe content 0.05, from UV to FIR
S
pectrum
Optical constants of Mg-Fe-silicate glass with pyroxene stoichiometry, Fe content 0.2, from UV to FIR
S
pectrum
Optical constants of Mg-Fe-silicate glass with pyroxene stoichiometry, Fe content 0.3, from UV to FIR
S
pectrum
Optical constants of Mg-Fe-silicate glass with pyroxene stoichiometry, Fe content 0.4, from UV to FIR
S
pectrum
Optical constants of Mg-Fe-silicate glass with pyroxene stoichiometry, Fe content 0.5, from UV to FIR
S
pectrum
Optical constants of Mg-Fe-silicate glass with pyroxene stoichiometry, Fe content 0.6, from UV to FIR
S
pectrum
Optical constants of Mg-Fe-silicate glass with olivine stoichiometry, Fe content 0.5, from UV to FIR
S
pectrum
Optical constants of Mg-Fe-silicate glass with olivine stoichiometry, Fe content 0.6, from UV to FIR
S
ample
Generic sample for Mg-silicate glass with pyroxene stoichiometry for combined R and T spectroscopy
L
ayer
Generic sample for Mg-silicate glass with pyroxene stoichiometry to combine R and T spectra
Ma
tter
Mg-silicate glass with pyroxene stoichiometry
M
aterial
Mg-silicate glass with pyroxene stoichiometry
C
onstituent
Mg-silicate glass with pyroxene stoichiometry
Material
Name
Mg-silicate glass with pyroxene stoichiometry
Origin
Family
solid
Reference code
STW 25
Origin
laboratory
Constituents in material
Number
1
Arrangement
single phase
Name
Compound type
Arrangement
Mass ($g$)
Mass fraction
Adsorbat name
Mg-silicate glass with pyroxene stoichiometry
inosilicate
single phase
1.0 $\pm$ 0.0