Sample C2054,0,35,3,0

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Stardust Catalog Sample Information for Sample C2054,0,35,3,0

Information Details

Sample Number: C2054,0,35,3,0 Sample Status: Extracted
Alternate Name: Parent: C2054,0,35,0,0
Sample Description: Grain
Allocation Status: Available

Subsample List


Sample Description Allocation Status Generic Specific Track Grain Grid
C2054,0,35,4,0  GRAIN FROM 35,3  On Loan  C2054  0  35  3  0
C2054,0,35,5,0  GRAIN FROM 35,3  Available  C2054  0  35  3  0
C2054,0,35,6,0  Terminal particle, GRAIN FROM 35,3  On Loan  C2054  0  35  3  0
C2054,0,35,7,0  GRAIN FROM 35,3  Available  C2054  0  35  3  0
C2054,0,35,8,0  GRAIN FROM 35,3  Available  C2054  0  35  3  0
C2054,0,35,9,0  GRAIN FROM 35,3  On Loan  C2054  0  35  3  0
C2054,0,35,10,0  GRAIN FROM 35,3  Unavailable  C2054  0  35  3  0
C2054,0,35,11,0  GRAIN FROM 35,3  Unavailable  C2054  0  35  3  0
C2054,0,35,12,0  consumed per curator email  Consumed  C2054  0  35  3  0
C2054,0,35,13,0  GRAIN FROM 35,3  Available  C2054  0  35  3  0
C2054,0,35,14,0  GRAIN FROM 35,3  Consumed  C2054  0  35  3  0
C2054,0,35,15,0  GRAIN FROM 35,3  Unavailable  C2054  0  35  3  0
C2054,0,35,17,0  GRAIN FROM 35,3  Available  C2054  0  35  3  0
C2054,0,35,18,0  GRAIN FROM 35,3  Available  C2054  0  35  3  0
C2054,0,35,19,0  GRAIN FROM 35,3  Unavailable  C2054  0  35  3  0
C2054,0,35,20,0  GRAIN FROM 35,3  Unavailable  C2054  0  35  3  0
C2054,0,35,21,0  GRAIN FROM 35,3  Available  C2054  0  35  3  0
C2054,0,35,22,0  GRAIN FROM 35,3  Unavailable  C2054  0  35  3  0
C2054,0,35,23,0  GRAIN FROM 35,3  Unavailable  C2054  0  35  3  0
C2054,0,35,24,0  GRAIN FROM 35,3. potted butt  Available  C2054  0  35  3  0
C2054,0,35,24,1  AMORPHOUS C ON CU  Available  C2054  0  35  3  0
C2054,0,35,24,2  AMORPHOUS C ON CU  Available  C2054  0  35  3  0
C2054,0,35,24,3  SI WAFER-VERY THICK  Available  C2054  0  35  3  0
C2054,0,35,24,4  SI O  Available  C2054  0  35  3  0
C2054,0,35,24,5  HOLEY C ON CU  Available  C2054  0  35  3  0
C2054,0,35,24,6  SI O  Consumed  C2054  0  35  3  0
C2054,0,35,24,7  SUPER C ON CU  Available  C2054  0  35  3  0
C2054,0,35,24,8  AMORPHOUS C ON CU  On Loan  C2054  0  35  3  0
C2054,0,35,25,0  GRAIN FROM 35,3  Available  C2054  0  35  3  0
C2054,0,35,26,0  GRAIN FROM 35,3  Available  C2054  0  35  3  0
C2054,0,35,27,0  GRAIN FROM 35,3  Available  C2054  0  35  3  0
C2054,0,35,28,0  GRAIN FROM 35,3  On Loan  C2054  0  35  3  0
C2054,0,35,29,0  GRAIN FROM 35,3  Unavailable  C2054  0  35  3  0
C2054,0,35,30,0  GRAIN FROM 35,3  Unavailable  C2054  0  35  3  0
C2054,0,35,31,0  GRAIN FROM 35,3  Unavailable  C2054  0  35  3  0
C2054,0,35,32,0  GRAIN FROM 35,3  Available  C2054  0  35  3  0
C2054,0,35,32,1  AMORPHOUS C ON CU  Available  C2054  0  35  3  0
C2054,0,35,32,2  SI O  Available  C2054  0  35  3  0
C2054,0,35,32,3  AMORPHOUS C ON CU  Available  C2054  0  35  3  0
C2054,0,35,32,4  HOLEY C  Available  C2054  0  35  3  0
C2054,0,35,32,5  AU GRID  Available  C2054  0  35  3  0
C2054,0,35,32,6  SI3 N4  Available  C2054  0  35  3  0
C2054,0,35,32,7  S-- WAFER  Consumed  C2054  0  35  3  0
C2054,0,35,32,8  SI O  Consumed  C2054  0  35  3  0
C2054,0,35,32,9  AMORPHOUS C ON CU  On Loan  C2054  0  35  3  0
C2054,0,35,32,10  SI O  Consumed  C2054  0  35  3  0
C2054,0,35,33,0  GRAIN FROM 35,3  Unavailable  C2054  0  35  3  0

Sample Notes

Sample Name Notes Category
C2054,0,35,3,0 [CT Tomo]: Small grains of heavy minerals (kamacite and Fe-Ni sulfides, presumably: the size of some grains must be less than the CT spatial resolution) are embedded in a porous material (aerogel + sa ... Analysis
C2054,0,35,4,0 [SXRD]: Crystalline, having olivine, both high and low Ca pyroxene (OPX), and plagioclase (probably anorthite). Ohsumi did site occupancy of olivine, and it is Fo89. Analysis
C2054,0,35,4,0 [Tomo]: Crystalline sample. Very small grains of heavy minerals (Fe sulfide or magnetite?: metal is also possible) are present along the grain boundaries of silicates. Portions which seem to be mesost ... Analysis
C2054,0,35,4,0 XRD. Minerology: olivine and orthopyroxene. Mineral composition: olivine = Fo89Fa11; pyroxene = En90Fs10. Hagiya 2007. Analysis
C2054,0,35,4,0 XRD, olivine . Ohsumi 2008 Analysis
C2054,0,35,4,0 XRD, SEM. Minerology: fine-grained olivine and pyroxene, with minor plagioclase. Mineral composition: olivine = Fo(87-88)Fa(12-13). Nakamura 2008. Analysis
C2054,0,35,4,0 XRD, Minerology: possible plagioclase feldspar. Nakamura 2007 Analysis
C2054,0,35,4,0 Nakamura 2008: XRD, SEM, EMPA. Olivine analysis: Mineralogy: low-Ca pyroxene and Mn-rich olivine with aluminosilicate glass (possibly albite plagioclase) and chromite. Mineral composition: olivine = ... Analysis
C2054,0,35,4,0 XRD, SEM. Mineralogy: Mn-rich olivine, low-Ca pyroxene, and aluminosilicate glass (possibly plagioclase) with minor chromite. Mineral composition: olivine = Fo90Fa10; pyroxene = En91Wo4Fs5. Nakamura 2 ... Analysis
C2054,0,35,5,0 [SXRD]: chondritic composition, sulfide and kamacite are only crystalline phases, suggesting that silicates are amorphous. Analysis
C2054,0,35,5,0 [Tomo]: grain has vesicular texture. Analysis
C2054,0,35,5,0 XRD, Mineralogy: mostly amorphous, with minor Fe-sulfide and Fe-metal. Nakamura 2008. Analysis
C2054,0,35,6,0 [SXRD]: Olivine, low-Ca pyroxene. Analysis
C2054,0,35,6,0 [CT Tomo]: This particle shows micro-porphyritic texture. If the phenocrysts are olivine, the Mg# estimated from the CT values (linear attenuation coefficients in the CT images) is approximately 0.8. ... Analysis
C2054,0,35,6,0 XRD, Mineralogy: olivine, low-Ca pyroxene, kamacite. Mineral composition: olivine = Fo(78-82)Fa(18-22). Nakamura 2008. Analysis
C2054,0,35,6,0 XRD. Minerology: Mg-rich olivine, low-Ca pyroxene, and kamacite. Nakamura, 2007 Analysis
C2054,0,35,6,0 XRD, SEM. Minerology: olivine and low-Ca pyroxene with kamacite, aluminosilicate glass, and Cr-rich spinel. Composition: Na/Fe = 0.0; 0.0034; 0.0; Mg/Fe = 3.81; 3.79; 4.00; Al/Fe = 0.0018; 0.0018; 0.0 ... Analysis
C2054,0,35,6,0 XRD, SEM. Minerology: olivine and low-Ca pyroxene with kamacite, aluminosilicate glass, and Cr-rich spinel. Composition:Na/Fe = 0.0; 0.0065; Mg/Fe = 7.45; 4.73; Al/Fe = 0.085; 0.10; Si/Fe = 8.28; 6.38 ... Analysis
C2054,0,35,6,0 XRD, SEM. Minerology: olivine and low-Ca pyroxene with kamacite, aluminosilicate glass, and Cr-rich spinel. Composition: Mg/Fe = 1.24; Al/Fe = 0.57; Ca/Fe = 0.058; Ti/Fe = 0.036; Cr/Fe = 0.47; Mn/Fe = ... Analysis
C2054,0,35,6,0 XRD, SEM. Minerology: olivine and low-Ca pyroxene with kamacite, aluminosilicate glass, and Cr-rich spinel. Composition: Na/Fe = 1.79; Mg/Fe = 5.74; Al/Fe = 2.93; Si/Fe = 31.19; Ca/Fe = 2.23; Cr/Fe = ... Analysis
C2054,0,35,6,0 XRD, SEM. Minerology: olivine and low-Ca pyroxene with kamacite, aluminosilicate glass, and Cr-rich spinel. Mineral Composition:olivine = Fo80Fa20; pyroxene = En88Wo3Fs9. Isotopes: d18O = (-8--4); (-1 ... Analysis
C2054,0,35,6,0 TEM. Minerology: olivine and pyroxene. Mineral composition: olivine = Fo80Fa20. Zolensky 2006 Analysis
C2054,0,35,11,0 Was never allocated to J. Borg (C2054,0,35,21,0 was sent instead). Allocation
C2054,0,35,17,0 [FTIR]: aerogel + melt + weak CH (IDP like) Analysis
C2054,0,35,18,0 [FTIR]: Melted aerogel Analysis
C2054,0,35,19,0 [FTIR]: aerogel + distinct melt above 10 um, v weak CH Analysis
C2054,0,35,20,0 [FTIR]: aerogel + distinct melt above 10 um, v weak CH Analysis
C2054,0,35,21,0 Keller (FTIR): Aerogel with strong CH band by FTIR Analysis
C2054,0,35,21,0 Meibom (SIMS): Stable Isotopes reported Analysis
C2054,0,35,21,0 Borg (Raman): Organics investigated Analysis
C2054,0,35,21,0 Taylor (SEM): (Reported at CalTech meeting) Grain is largely Carbonaceous material, or at least has a lot of C. Small Ca-rich grains present. Also see elevated Ti in this particle. Analysis
C2054,0,35,21,0 Herzog (MS): C/N ratio is 45-51 Analysis
C2054,0,35,22,0 [FTIR]: Aerogel with strong CH band by FTIR Analysis
C2054,0,35,23,0 Herzog (MS): (Reported at CalTech meeting). C/N ratio is 17-21 Analysis
C2054,0,35,23,0 [FTIR]: Aerogel plus strong CH Analysis
C2054,0,35,24,0 Bridges (TEM): EDX spectra reveal dominant aerogel, with 2 types of cometary material: Mg-Fe-(Ca)-silicate; Fe-sulphide. Some of the EDS spectra are mixtures of these 2 types, One spectrum contained C ... Analysis
C2054,0,35,24,0 Keller (FTIR): All analyses + Si-O (aerogel presence). Analysis
C2054,0,35,24,0 T. Stephan (SIMS): Mg, Ca, Ti, V, Fe, Mn, Co, Ni are chondritic; Na, Al, K, Cr, Cu, Rb, Sr, Ba 10-100 x CI. Analysis
C2054,0,35,24,0 Rietmeijer (TEM): Finds the amorphous Si-bearing material to be un-GEMS like. He sees another Si-rich glassy material which has Mg,Fe,S, etc, that appear more GEMS like. He reports Fe-Ni sulfide compo ... Analysis
C2054,0,35,25,0 [FTIR]: Aerogel plus minor melt. Analysis
C2054,0,35,26,0 Keller (FTIR): aerogel + distinct melt above 10 um, v weak CH Analysis
C2054,0,35,26,0 Borg (Raman): Organics investigated Analysis
C2054,0,35,26,0 Meibom (SIMS): Stable isotopes. Analysis
C2054,0,35,27,0 [FTIR]: aerogel + distinct melt above 10 um, v weak CH Analysis
C2054,0,35,27,0 [SIMS]: Stable isotopes. Analysis
C2054,0,35,28,0 [FTIR]: aerogel + distinct melt above 10 um, v weak CH Analysis
C2054,0,35,28,0 [SIMS]: Stable isotopes. Analysis
C2054,0,35,29,0 [FTIR]: Mostly melt Analysis
C2054,0,35,29,0 [SIMS]: Stable isotopes. Analysis
C2054,0,35,30,0 [FTIR]: Organic-rich plus melt (?) Analysis
C2054,0,35,30,0 [SIMS]: anomalous 13C and 15N. Analysis
C2054,0,35,31,0 [FTIR]: aerogel plus melt Analysis
C2054,0,35,32,0 Keller (FTIR): aerogel + distinct melt above 10 um, weak CH Analysis
C2054,0,35,32,0 Langenhorst (TEM): Reports sulfides and amorphous Mg-silicates, also TiO2 and among the grain, but TiO2 appears to be a contaminant. Analysis
C2054,0,35,32,0 Bridges (TEM): The sample is dominated by aerogel with MgFe-silicate. S contamination reflecting the mounting medium is present. All analyses + Si-O (aerogel presence). Analysis
C2054,0,35,33,0 [FTIR]: melt plus aerogel Analysis
C2054,0,35,32,8 TEM, Sims. Minerology: fine-grained silicate and sulfide, surrounded by densified aerogel. Organics present. Isotopes: d15N = -55. Analysis
C2054,0,35,32,10 TEM. Minerology: densified aerogel. Organics present. De Gregorio, 2011. Analysis

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