Optical constants of Troilite crystal perp. to c axis from VUV to 2mm

Spectrum

Title: Optical constants of Troilite crystal perp. to c axis from VUV to 2mm

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Data

Unit: Range: Valid spectral range(s): 5.00346142797228 - 80000.0 micron

X Axis

Scale: Inverted:

Y Axis

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Legend

Position: Visibility:

References

DOI: 10.26302/SSHADE/EXPERIMENT_HM_20240726_001
Data reference: Kranhold, Christian; Mutschke, Harald (2022): Optical constants of troilite and pyrrhotite from VUV to 2 mm wavelength. SSHADE/DOCCD (OSUG Data Center). Dataset/Spectral Data. https://doi.org/10.26302/SSHADE/EXPERIMENT_HM_20240726_001

Owner

Database

DOCCD

Experimentalists

Spectrum type

Experiment type: laboratory measurement
Type: optical constants

Instrument #1

Instrument: LZH VUV – reflection

Spectral parameters

Standard medium

vacuum

Observation mode

spectrum

Spectral range type(s)

VUV

Valid spectral range(s)

	Min - Max ( ${\mu}m$ )	Sampling ( ${\mu}m$ )	Resolution ( ${\mu}m$ )	Position accuracy ( ${\mu}m$ )	Absorption edge
#1	0.125 - 0.23		0.001

Scan number

Angular parameters

Definition: incidence and emergence angles are positive with origin at nadir, and vary in same direction. Azimuth origin (increasing clockwise) is for i = e (opposition geometry).

Observation geometry: specular
Observation mode: fixed angles
Incidence angle: 15.0°
Emergence angle: 15.0°
Resolution illumination: 1.0°
Resolution observation: 1.0°

Polarization parameters

Illumination

Type of polarization: no

Observation

Type of polarization: no

Spatial parameters

Observation mode: single spot
Resolutions: 5.0 $mm$

Instrument #2

Instrument: Lambda 19 – reflection UV

Spectral parameters

Standard medium

vacuum

Observation mode

spectrum

Spectral range type(s)

Valid spectral range(s)

	Min - Max ( ${\mu}m$ )	Sampling ( ${\mu}m$ )	Resolution ( ${\mu}m$ )	Position accuracy ( ${\mu}m$ )	Absorption edge
#1	0.19 - 0.319		0.001

Scan number

Angular parameters

Definition: incidence and emergence angles are positive with origin at nadir, and vary in same direction. Azimuth origin (increasing clockwise) is for i = e (opposition geometry).

Observation geometry: specular
Observation mode: fixed angles
Incidence angle: 12.0°
Emergence angle: 12.0°
Resolution illumination: 6.0°
Resolution observation: 6.0°

Polarization parameters

Illumination

Type of polarization: no

Observation

Type of polarization: no

Spatial parameters

Observation mode: single spot
Resolutions: 5.0 $mm$

Instrument #3

Instrument: Lambda 19 – reflection vis

Spectral parameters

Standard medium

vacuum

Observation mode

spectrum

Spectral range type(s)

Vis

Valid spectral range(s)

	Min - Max ( ${\mu}m$ )	Sampling ( ${\mu}m$ )	Resolution ( ${\mu}m$ )	Position accuracy ( ${\mu}m$ )	Absorption edge
#1	0.319 - 0.86		0.001

Scan number

Angular parameters

Definition: incidence and emergence angles are positive with origin at nadir, and vary in same direction. Azimuth origin (increasing clockwise) is for i = e (opposition geometry).

Observation geometry: specular
Observation mode: fixed angles
Incidence angle: 12.0°
Emergence angle: 12.0°
Resolution illumination: 6.0°
Resolution observation: 6.0°

Polarization parameters

Illumination

Type of polarization: no

Observation

Type of polarization: no

Spatial parameters

Observation mode: single spot
Resolutions: 5.0 $mm$

Instrument #4

Instrument: Lambda 19 – reflection NIR

Spectral parameters

Standard medium

vacuum

Observation mode

spectrum

Spectral range type(s)

NIR

Valid spectral range(s)

	Min - Max ( ${\mu}m$ )	Sampling ( ${\mu}m$ )	Resolution ( ${\mu}m$ )	Position accuracy ( ${\mu}m$ )	Absorption edge
#1	0.86 - 3.2

Scan number

Angular parameters

Definition: incidence and emergence angles are positive with origin at nadir, and vary in same direction. Azimuth origin (increasing clockwise) is for i = e (opposition geometry).

Observation geometry: specular
Observation mode: fixed angles
Incidence angle: 12.0°
Emergence angle: 12.0°
Resolution illumination: 6.0°
Resolution observation: 6.0°

Polarization parameters

Illumination

Type of polarization: no

Observation

Type of polarization: no

Spatial parameters

Observation mode: single spot
Resolutions: 5.0 $mm$

Instrument #5

Instrument: BRUKER 113v – reflection Mid-IR

Spectral parameters

Standard medium

vacuum

Observation mode

spectrum

Spectral range type(s)

MIR

Valid spectral range(s)

	Min - Max ( ${\mu}m$ )	Sampling ( ${\mu}m$ )	Resolution ( ${\mu}m$ )	Position accuracy ( ${\mu}m$ )	Absorption edge
#1	2.0 - 25.0

Scan number

Angular parameters

Definition: incidence and emergence angles are positive with origin at nadir, and vary in same direction. Azimuth origin (increasing clockwise) is for i = e (opposition geometry).

Observation geometry: specular
Observation mode: fixed angles
Incidence angle: 12.0°
Emergence angle: 12.0°
Resolution illumination: 6.0°
Resolution observation: 6.0°

Polarization parameters

Illumination

Type of polarization: no

Observation

Type of polarization: no

Spatial parameters

Observation mode: single spot
Resolutions: 5.0 $mm$

Instrument #6

Instrument: BRUKER 113v – reflection Far-IR

Spectral parameters

Standard medium

vacuum

Observation mode

spectrum

Spectral range type(s)

FIR

Valid spectral range(s)

	Min - Max ( ${\mu}m$ )	Sampling ( ${\mu}m$ )	Resolution ( ${\mu}m$ )	Position accuracy ( ${\mu}m$ )	Absorption edge
#1	15.0 - 500.0

Scan number

Angular parameters

Definition: incidence and emergence angles are positive with origin at nadir, and vary in same direction. Azimuth origin (increasing clockwise) is for i = e (opposition geometry).

Observation geometry: specular
Observation mode: fixed angles
Incidence angle: 12.0°
Emergence angle: 12.0°
Resolution illumination: 6.0°
Resolution observation: 6.0°

Polarization parameters

Illumination

Type of polarization: no

Observation

Type of polarization: no

Spatial parameters

Observation mode: single spot
Resolutions: 5.0 $mm$

Instrument #7

Instrument: TeraFlash – THz reflection

Spectral parameters

Standard medium

vacuum

Observation mode

spectrum

Spectral range type(s)

sub-mm

Valid spectral range(s)

	Min - Max ( $GHz$ )	Sampling ( $GHz$ )	Resolution ( $GHz$ )	Position accuracy ( $GHz$ )	Absorption edge
#1	150.0 - 3000.0		2.5

Scan number

1000

Angular parameters

Definition: incidence and emergence angles are positive with origin at nadir, and vary in same direction. Azimuth origin (increasing clockwise) is for i = e (opposition geometry).

Observation geometry: specular
Observation mode: fixed angles
Incidence angle: 15.0°
Emergence angle: 15.0°
Resolution illumination: 6.0°
Resolution observation: 6.0°

Polarization parameters

Illumination

Type of polarization: linear

Observation

Type of polarization: linear
Comments: linear polarized radiation emitted by source antenna and detected by detector antenna

Spatial parameters

Observation mode: single spot
Resolutions: 5.0 $mm$

Sample

Name: Troilite crystal, surface perpendicular to the c-axis

Spectrum history

Experiment

Optical constants of troilite and pyrrhotite from VUV to 2 mm wavelength

Date begin

2022-01-01

Release date

2024-08-29 14:36:25+0000 UTC

Version (Date)

#1 (2024-08-29 14:36:25+0000 UTC, Updated: 2024-08-30 09:51:48+0000 UTC)

History

Date	Mode	Version	Status	Comments
2024-07-26 12:55:26+0000 UTC	first import	#1	valid version	first version

Spectrum analysis

Analysis: From the combined reflectance spectrum, the optical constants were determined by Lorentzian oscillator fit (12 oscillators plus Drude term).
Quality flag: 4