Track C35

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Stardust Catalog Track Information for Track C35

Information Details

Track Number: C35 Sample Name: C2054,0,35,0,0
Extraction Date: 02/22/2006 Extracted By: TB
Track Type:     Type C Bulb with multiple stylii.
Track Length (µm): 11700.000 Entry Hole (EH) Diameter:
Bulb Width (BW): 0.000 Bulb Depth (BD):
Keystone Thickness: Terminal Particle (TP) Info: < 40 µm.

Subsample List

Sample Name Description Allocation Status
C2054,0,35,0,1 01/15/2009 Available
C2054,0,35,0,2 01/15/2009 Available
C2054,0,35,0,3 01/15/2009 Available
C2054,0,35,0,4 01/15/2009 Available
C2054,0,35,0,5 01/15/2009 Available
C2054,0,35,0,6 01/15/2009 Available
C2054,0,35,0,7 01/15/2009 Available
C2054,0,35,0,8 01/15/2009 Available
C2054,0,35,0,9 01/15/2009 Available
C2054,0,35,1,0 Grain On Loan
C2054,0,35,2,0 Grain Available
C2054,0,35,3,0 Grain Available
C2054,0,35,4,0 GRAIN FROM 35,3 On Loan
C2054,0,35,5,0 GRAIN FROM 35,3 Available
C2054,0,35,6,0 Terminal particle, GRAIN FROM 35,3 On Loan
C2054,0,35,7,0 GRAIN FROM 35,3 Available
C2054,0,35,8,0 GRAIN FROM 35,3 Available
C2054,0,35,9,0 GRAIN FROM 35,3 On Loan
C2054,0,35,10,0 GRAIN FROM 35,3 Unavailable
C2054,0,35,11,0 GRAIN FROM 35,3 Unavailable
C2054,0,35,12,0 consumed per curator email Consumed
C2054,0,35,13,0 GRAIN FROM 35,3 Available
C2054,0,35,14,0 GRAIN FROM 35,3 Consumed
C2054,0,35,15,0 GRAIN FROM 35,3 Unavailable
C2054,0,35,16,0 POTTED BUTT On Loan
C2054,0,35,16,1 C ON CU GRID Available
C2054,0,35,16,2 C ON CU GRID Available
C2054,0,35,16,3 HOLEY C ON CU GRID On Loan
C2054,0,35,16,4 SI O Consumed
C2054,0,35,16,5 SI WAFER Available
C2054,0,35,16,6 C ON CU GRID Available
C2054,0,35,16,7 SI O Available
C2054,0,35,16,8 C ON CU GRID On Loan
C2054,0,35,16,9 C ON CU GRID Available
C2054,0,35,16,10 SI WAFER Available
C2054,0,35,17,0 GRAIN FROM 35,3 Available
C2054,0,35,18,0 GRAIN FROM 35,3 Available
C2054,0,35,19,0 GRAIN FROM 35,3 Unavailable
C2054,0,35,20,0 GRAIN FROM 35,3 Unavailable
C2054,0,35,21,0 GRAIN FROM 35,3 Available
C2054,0,35,22,0 GRAIN FROM 35,3 Unavailable
C2054,0,35,23,0 GRAIN FROM 35,3 Unavailable
C2054,0,35,24,0 GRAIN FROM 35,3. potted butt Available
C2054,0,35,24,1 AMORPHOUS C ON CU Available
C2054,0,35,24,2 AMORPHOUS C ON CU Available
C2054,0,35,24,3 SI WAFER-VERY THICK Available
C2054,0,35,24,4 SI O Available
C2054,0,35,24,5 HOLEY C ON CU Available
C2054,0,35,24,6 SI O Consumed
C2054,0,35,24,7 SUPER C ON CU Available
C2054,0,35,24,8 AMORPHOUS C ON CU On Loan
C2054,0,35,25,0 GRAIN FROM 35,3 Available
C2054,0,35,26,0 GRAIN FROM 35,3 Available
C2054,0,35,27,0 GRAIN FROM 35,3 Available
C2054,0,35,28,0 GRAIN FROM 35,3 On Loan
C2054,0,35,29,0 GRAIN FROM 35,3 Unavailable
C2054,0,35,30,0 GRAIN FROM 35,3 Unavailable
C2054,0,35,31,0 GRAIN FROM 35,3 Unavailable
C2054,0,35,32,0 GRAIN FROM 35,3 Available
C2054,0,35,32,1 AMORPHOUS C ON CU Available
C2054,0,35,32,2 SI O Available
C2054,0,35,32,3 AMORPHOUS C ON CU Available
C2054,0,35,32,4 HOLEY C Available
C2054,0,35,32,5 AU GRID Available
C2054,0,35,32,6 SI3 N4 Available
C2054,0,35,32,7 S-- WAFER Consumed
C2054,0,35,32,8 SI O Consumed
C2054,0,35,32,9 AMORPHOUS C ON CU On Loan
C2054,0,35,32,10 SI O Consumed
C2054,0,35,33,0 GRAIN FROM 35,3 Unavailable
C2054,0,35,34,0 grain from 35 Available
C2054,0,35,35,0 grain from 35 Available
C2054,0,35,36,0 grain from 35 Available
C2054,0,35,37,0 grain from 35 Available
C2054,0,35,38,0 grain from 35 Available
C2054,0,35,39,0 grain from 35 Available
C2054,0,35,40,0 grain from 35 Available
C2054,0,35,41,0 grain from 35 Available
C2054,0,35,42,0 grain from 35 Available
C2054,0,35,42,1 amorphous C on Cu Available
C2054,0,35,42,2 amorphous C on Cu On Loan
C2054,0,35,42,3 C ON CU GRID On Loan
C2054,0,35,42,4 SiO grid Consumed
C2054,0,35,42,5 Particle Fragment Ultramicrotomed Cu Grid Available
C2054,0,35,43,0 grain from 35 Available
C2054,0,35,44,0 grain from 35, potted butt Available
C2054,0,35,44,1 06/01/2006 Available
C2054,0,35,44,2 06/01/2006 Available
C2054,0,35,44,3 amorphous C on Cu Available
C2054,0,35,44,4 amorphous C on Cu Available
C2054,0,35,44,5 SiO grid Consumed
C2054,0,35,44,6 amorphous C on Cu Available
C2054,0,35,45,0 grain from 35, potted butt Available
C2054,0,35,45,1 Grid Available
C2054,0,35,45,2 amorphous C on Cu Available
C2054,0,35,45,3 06/01/2006 Available
C2054,0,35,45,4 amorphous C on Cu Available
C2054,0,35,45,5 SiO Available
C2054,0,35,45,6 amorphous C on Cu Available
C2054,0,35,46,0 grain from 35 Available
C2054,0,35,47,0 grain from 35 Available
C2054,0,35,48,0 grain from 35 Available
C2054,0,35,49,0 grain from 35 Available
C2054,0,35,50,0 grain from 35,3 Available
C2054,0,35,51,0 grain from 35, potted butt Available
C2054,0,35,51,1 amorphous C on Cu On Loan
C2054,0,35,51,2 06/01/2006 Available
C2054,0,35,51,3 amorphous C on Cu On Loan
C2054,0,35,51,4 C ON CU GRID On Loan
C2054,0,35,51,5 SiO grid Consumed
C2054,0,35,51,6 Particle Fragment Ultramicrotomed Cu Grid Available
C2054,0,35,52,0 terminal particle, potted butt Available
C2054,0,35,52,1 06/01/2006 Available
C2054,0,35,52,2 amorphous C on Cu Available
C2054,0,35,52,3 C ON CU GRID Consumed
C2054,0,35,52,4 SiO grid Consumed
C2054,0,35,52,5 amorphous C on Cu Available
C2054,0,35,52,6 C ON CU GRID On Loan
C2054,0,35,53,0 grain from 35 Available
C2054,0,35,53,1 AMORPHOUS C ON CU Available
C2054,0,35,53,2 06/01/2006 Available
C2054,0,35,53,3 amorphous C on Cu Available
C2054,0,35,53,4 amorphous C on Cu On Loan
C2054,0,35,53,5 SiO grid Consumed
C2054,0,35,53,6 amorphous C on Cu Available
C2054,0,35,54,0 GRAIN PRESS ON KBR On Loan
C2054,0,35,55,0 GRAIN PRESS ON KBR On Loan
C2054,0,35,56,0 GRAIN PRESS ON KBR On Loan
C2054,0,35,57,0 GRAIN PRESS ON KBR On Loan
C2054,0,35,58,0 GRAIN PRESS ON KBR On Loan
C2054,0,35,59,0 GRAIN PRESS ON KBR On Loan
C2054,0,35,81,0 grain pressed on KBr Available
C2054,0,35,82,0 grain pressed on KBr Available
C2054,0,35,83,0 grain pressed on KBr Available
C2054,0,35,84,0 grain pressed on KBr Available
C2054,0,35,85,0 grain pressed on KBr Available
C2054,0,35,86,0 grain pressed on KBr Available
C2054,0,35,87,0 grain pressed on KBr Available
C2054,0,35,88,0 grain pressed on KBr Available
C2054,0,35,89,0 grain pressed on KBr Available
C2054,0,35,90,0 grain pressed on KBr Available
C2054,0,35,91,0 grain pressed on Au Available
C2054,0,35,92,0 grain pressed on KBr Available
C2054,0,35,93,0 grain embedded in S Available
C2054,0,35,93,1 S slice on C/Cu Available
C2054,0,35,93,2 S slice on SiO/Cu Available
C2054,0,35,93,3 S slice on C/Cu Available
C2054,0,35,93,4 S slice on SiO/Cu Available
C2054,0,35,94,0 grain embedded in S Available
C2054,0,35,94,1 S slice on C/Cu Available
C2054,0,35,94,2 S slice on C/Cu Available
C2054,0,35,94,3 S slice on SiO/Cu Available
C2054,0,35,94,4 S slice on C/Cu Available
C2054,0,35,94,5 S slice on C/Cu Available
C2054,0,35,94,6 S slice on C/Cu Available
C2054,0,35,94,7 S slice on C/Cu Available
C2054,0,35,95,0 grain embedded in S Available
C2054,0,35,95,1 S slice on C/Cu Available
C2054,0,35,95,2 S slice on C/Cu Available
C2054,0,35,95,3 S slice on C/Cu Available
C2054,0,35,95,4 S slice on C/Cu Available
C2054,0,35,95,5 S slice on SiO/Cu Available
C2054,0,35,95,6 S slice on C/Cu Available
C2054,0,35,96,0 grain embedded in S Available
C2054,0,35,96,1 S slice on C/Cu Available
C2054,0,35,96,2 S slice on SiO/Cu Available
C2054,0,35,96,3 S slice on SiO/Cu Available
C2054,0,35,96,4 S slice on C/Cu Available
C2054,0,35,96,5 S slice on C/Cu Available
C2054,0,35,96,6 09/08/2008 Available
C2054,0,35,97,0 grain embedded in S Available
C2054,0,35,97,1 S slice on C/Cu Available
C2054,0,35,97,2 S slice on C/Cu Available
C2054,0,35,97,3 S slice on SiO/Cu Available
C2054,0,35,97,4 S slice on SiO/Cu Available
C2054,0,35,97,5 S slice on C/Cu Available
C2054,0,35,98,0 grain embedded in S Available
C2054,0,35,98,1 S slice on SiO/Cu Available
C2054,0,35,98,2 S slice on C/Cu Available
C2054,0,35,98,3 S slice on C/Cu Available
C2054,0,35,98,4 S slice on C/Cu Available
C2054,0,35,98,5 S slice on SiO/Cu Available
C2054,0,35,99,0 grain embedded in S Available
C2054,0,35,99,1 no sections Available
C2054,0,35,99,2 no sections Available
C2054,0,35,99,3 no sections Available
C2054,0,35,99,4 no sections Available
C2054,0,35,99,5 S slice on C/Cu Available
C2054,0,35,99,6 S slice on C/Cu Available
C2054,0,35,99,7 S slice on SiO/Cu Available
C2054,0,35,99,8 S slice on C/Cu Available
C2054,0,35,99,9 S slice on SiO/Cu Available
C2054,0,35,99,10 01/15/2009 Available
C2054,0,35,100,0 grain embedded in S Available
C2054,0,35,100,1 S slice on C/Cu Available
C2054,0,35,100,2 S slice on SiO/Cu Available
C2054,0,35,100,3 S slice on C/Cu Available
C2054,0,35,100,4 S slice on C/Cu Available
C2054,0,35,100,5 S slice on SiO/Cu Available
C2054,0,35,100,6 S slice on C/Cu Available
C2054,0,35,101,0 Single Wall Grain Available
C2054,0,35,102,0 Single Wall Grain Available
C2054,9,35,0,0 AEROGEL WITH GRAINS Available
C2054,40 Cometary Loose Aerogel Fragment Blank Available
C2054,40,35,0,0 Cometary Track Fragment With Specimen(s) Special Mount Provided by PI Pressed into Au foil Consumed
C2054,41,35,0,0 Cometary Loose Aerogel Fragment Available
C2054,42,35,0,0 Cometary Track Fragment Consumed
C2054,43,35,0,0 Cometary Track Fragment Consumed
C2054,44,35,0,0 Cometary Aerogel Slab On Loan
C2054,45 Cometary Loose Aerogel Fragment Blank Dimple Slices Consumed
C2054,46 Cometary Loose Aerogel Fragment Blank Dimple Slices Consumed
C2054,47,35,0,0 Cometary Track Fragment With Specimen(s) Ultramicrotomed Cu Grid On Loan
C2054,48,35,0,0 Cometary Track Fragment With Specimen Available

Track Notes

Sample Name Notes Category
C2054,0,35,0,0 Track was cut from the aerogel cell by Keiko Nakamura, and then sectioned into separate pieces for easier removal of wall and termini grains. Over 50 grains were removed from the track during Stardust ... Processing
C2054,0,35,1,0 [FTIR]: aerogel + distinct melt above 10 um, v weak CH Analysis
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
C2054,0,35,16,0 Keller (FTIR): Mostly melted aerogel. Analysis
C2054,0,35,16,0 Tsuchiyama (Tomo.): Microporphyritic texture, with feromags and kamacite. Analysis
C2054,0,35,16,0 T. Nakamura (SXRD): Crystalline olivine, low-Ca pyroxene, kamacite. Analysis
C2054,0,35,16,0 Aleon et al (SIMS: No presolar grains. Analysis
C2054,0,35,16,0 Velbel &Harvey (TEM/SEM): Provide many Fe-Ni sulfide analyses. All Fe-Ni sulfides are S-depleted. Give bulk analyses of Si mixed with chondritic material, and suggest that these are not merely GEMS. P ... Analysis
C2054,0,35,16,0 T. Stephan (TOF-SIMS): Measured trace elements, most elements chondritic, Ba, Cu, K, Na, Al, Rb, Sr, 10-100 x CI. Analysis
C2054,0,35,16,0 K. Tomeoka (TEM): microcrystalline material includes closely-located grains if kamacite, troilite and pyrrhotite (all verified by ED), within the amorphous glass. Analysis
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
C2054,0,35,34,0 [FTIR]: aerogel only Analysis
C2054,0,35,35,0 [FTIR]: aerogel plus melt Analysis
C2054,0,35,36,0 [FTIR]: aerogel only Analysis
C2054,0,35,37,0 [FTIR]: aerogel plus melt Analysis
C2054,0,35,38,0 [FTIR]: aerogel plus melt Analysis
C2054,0,35,39,0 [FTIR]: aerogel plus melt plus contaminant Analysis
C2054,0,35,40,0 [FTIR]: aerogel plus melt plus contaminant Analysis
C2054,0,35,41,0 [FTIR]: aerogel + distinct melt above 10 um, v weak CH Analysis
C2054,0,35,42,0 Keller (FTIR): aerogel + distinct melt above 10 um, v weak CH Analysis
C2054,0,35,42,0 Zega (TEM): Nanocrystalline Fe-Ni sulfides embedded within amorphous material is the major component. Sulfides contain minor Cr and P. Amorphous material is composed of O, Mg, Al, Si, and Ca. One slic ... Analysis
C2054,0,35,42,0 Organics Analysis
C2054,0,35,43,0 [FTIR]: aerogel + distinct melt above 10 um, v weak CH Analysis
C2054,0,35,44,0 [TOF-SIMS]: Chondritic Li, Na, Mg, Ca, Ti, V, Cr, Mn, Fe, Co, Ni; while Al, K, Sc, Cu, Sr, Rb, Ba 10-100 x CI. Analysis
C2054,0,35,45,0 Stephan (TOF-SIMS): Only Li, Na, Fe, Ni are chondritic. Analysis
C2054,0,35,45,0 T. Nakamura (SXRD): No crystalline silicates, only amorphous materials and metal. Analysis
C2054,0,35,45,0 S. Wirick (STXM): Bit of poorly-ordered “graphite” in grid 5. Analysis
C2054,0,35,45,0 Keller (FTIR): aerogel plus strong CH Analysis
C2054,0,35,45,0 Zega (TEM): Nanocrystalline Fe-Ni sulfides embedded within amorphous material is the major component. Sulfides contain minor Cr and P. Amorphous material is composed of O, Mg, Al, Si, and Ca. Analysis
C2054,0,35,45,0 No sample left Processing
C2054,0,35,46,0 [FTIR]: olivine plus melt plus aerogel Analysis
C2054,0,35,46,0 [SXRD]: No crystalline silicates, only amorphous materials and metal Analysis
C2054,0,35,47,0 [FTIR]: aerogel + distinct melt above 10 um, v weak CH Analysis
C2054,0,35,47,0 [SXRD]: No crystalline silicates, only amorphous materials and metal Analysis
C2054,0,35,48,0 [FTIR]: aerogel+minor melt + weak C Analysis
C2054,0,35,49,0 [FTIR]: pyx+oliv+melt+aerogel Analysis
C2054,0,35,49,0 [SXRD]: crystalline olivine and low-Ca pyroxene Analysis
C2054,0,35,50,0 [FTIR]: aerogel+minor melt + weak CH Analysis
C2054,0,35,51,0 [FTIR]: aerogel+minor melt + weak CH Analysis
C2054,0,35,52,0 Keller (FTIR): aerogel+minor melt + weak CH Analysis
C2054,0,35,52,0 Mikouchi (SEM/TEM): Mainly composed of amorphous silica with scattered small particles of Fe, Ni metal or Fe sulfide. Some areas show the enrichment of Mg, suggesting that they are Mg-rich silicates. ... Analysis
C2054,0,35,52,0 Organics investigated. Analysis
C2054,0,35,53,0 [FTIR]: aerogel+minor melt + weak CH. Analysis
C2054,0,35,53,0 Organics investigated. Analysis

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