Collection Information
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IDENTIFIER |
urn:nasa:pds:gbo.olivines.pitman.lab-spectra:document::1.0
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NAME |
document collection for the "OLIVINE LABORATORY INFRARED ABSORBANCE SPECTRA" bundle
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TYPE |
Document
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DESCRIPTION |
This is the document collection for the gbo.olivines.pitman.lab-spectra bundle.
Laboratory measurements quantifying the
effect of Fe substituting for Mg in olivine are necessary to
distinguish compositional from temperature, grain size and grain shape
effects in observational data. This bundle presents room temperature
(18-19 degrees Celsius) diamond anvil cell thin film absorption
spectra of a large suite of olivines evenly spaced across Mg and Fe
compositions at infrared wavelengths. In each file, the left column
is the frequency in wave numbers (units: cm**-1). The right column is
the chemical absorbance (common logarithm based).
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SEARCH/ACCESS DATA |
OLIVINE LABORATOR Online
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Citation |
DIGITAL OBJECT IDENTIFIER (DOI) |
10.26033/p5r9-9181 (from parent bundle)
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AUTHOR LIST |
Pitman, K.M.;Dijkstra, C.;Hofmeister, A.M.;Speck, A.K.
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EDITOR LIST |
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PUBLICATION YEAR |
2012
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DESCRIPTION |
This is the document collection for the gbo.olivines.pitman.lab-spectra bundle.
Laboratory measurements quantifying the
effect of Fe substituting for Mg in olivine are necessary to
distinguish compositional from temperature, grain size and grain shape
effects in observational data. This bundle presents room temperature
(18-19 degrees Celsius) diamond anvil cell thin film absorption
spectra of a large suite of olivines evenly spaced across Mg and Fe
compositions at infrared wavelengths. In each file, the left column
is the frequency in wave numbers (units: cm**-1). The right column is
the chemical absorbance (common logarithm based).
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Context |
START DATE TIME |
1965-01-01T12:00:00.000Z
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STOP DATE TIME |
N/A (ongoing)
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LOCAL MEAN SOLAR TIME |
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LOCAL TRUE SOLAR TIME |
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SOLAR LONGITUDE |
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PRIMARY RESULT PURPOSE |
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PRIMARY RESULT PROCESSING LEVEL |
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PRIMARY RESULT DESCRIPTION |
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PRIMARY RESULT WAVELENGTH RANGE |
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PRIMARY RESULT DOMAIN |
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PRIMARY RESULT DISCIPLINE NAME |
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INVESTIGATION |
NO SPECIFIC INVESTIGATION
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OBSERVING SYSTEM |
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OBSERVING SYSTEM COMPONENT |
BOMEM DA 3.02 FT-IR SPECTROMETER
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TARGET |
METEORITIC FO81
NATURAL FAYALITE (FO0)
NATURAL FO14
NATURAL FO31
NATURAL FO41
NATURAL FO45
NATURAL FO54
NATURAL FO63
NATURAL FO68
NATURAL FO9
NATURAL FO91
NATURAL FO93
MSNG (FO0)
SYNTHETIC FO100
SYNTHETIC FO50
SYNTHETIC FO67
SYNTHETIC FO75
SYNTHETIC FO80
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REFERENCES |
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