Spectrum

VIS-NIR reflectance spectrum of a binary mixture of silicon dioxide and Juniper charcoal (60 wt.%)

Title
VIS-NIR reflectance spectrum of a binary mixture of silicon dioxide and Juniper charcoal (60 wt.%)
Draw options
Draw line: Fill area:
Line width:
Fill opacity:
Colors:
Range:
Saturation:
Lightness:
Data
Unit:  Range: Valid spectral range(s): 4159.73377703827 - 25000.0 nm
X Axis
Scale:   Inverted:
Y Axis
Scale:
Legend
Position:   Visibility:
DOI
10.26302/SSHADE/EXPERIMENT_CF_20200813_000
Data reference
Feller, Clement (2020): VIS-NIR reflectance spectra of binary mixtures of silicon dioxide (SiO2) particles (0.5 - 10 µm) and Juniper charcoal particles (less than 50 µm). SSHADE/BYPASS (OSUG Data Center). Dataset/Spectral Data. https://doi.org/10.26302/SSHADE/EXPERIMENT_CF_20200813_000
Publications
Database
Experimentalists
Spectrum type
Experiment type
laboratory measurement
Type
reflectance factor
Instrument #1
Instrument
MoHIS - Hyperspectral imaging system Vis-NIR
Standard medium
vacuum
Observation mode
spectrum
Spectral range type(s)
Vis, NIR
Valid spectral range(s)
Min - Max ($nm$) Sampling ($nm$) Resolution ($nm$) Position accuracy ($nm$) Absorption edge
#1 400.0 - 940.0 15.0 6.5
#2 946.0 - 1294.0 6.0 6.5
#3 1300.0 - 2404.0 6.0 13.0
Observation geometry
biconical
Observation mode
fixed angles
Incidence angle
5.0°
Emergence angle
0.0°
Azimuth angle
0.0°
Phase angle
5.0°
Observation mode
roi averaged
Spots number
4
Name
Binary mixture of silicon dioxide and juniper charcoal (60 wt.%)
Experiment
VIS-NIR reflectance spectra of binary mixtures of silicon dioxide (SiO2) particles (0.5 - 10 µm) and Juniper charcoal particles (less than 50 µm)
Date begin
2020-08-14
Date end
2020-08-14
Release date
2023-12-07 08:37:16 UTC+0000
Version (Date)
#1 (2023-12-07 08:37:16 UTC+0000, Updated: 2023-12-07 08:37:16 UTC+0000)
History
Date Mode Version Status Comments
2023-11-22 12:55:06 UTC+0000 first import #1 valid version
Analysis
Relative calibration to reflectance factor: division of the raw spectrum by the spectrum of a Spectralon plate recorded in the same conditions at a different time. The spectrum is obtained by averaging all pixels within the outlined Regions Of Interest. The VIS and NIR parts are acquired and calibrated independently and then merged at 940 nm to produce a single VIS-NIR spectrum.
Quality flag
5
Validator(s)