Sample FC3,0

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Stardust Catalog Sample Information for Sample FC3,0

Information Details

Sample Number: FC3,0 Sample Status: Extracted
Alternate Name: Parent:
Sample Description: Cometary aerogel fragment
Allocation Status: Available

Subsample List


Sample Description Allocation Status Generic Specific Track Grain Grid
FC3,0,1,0,0  Feature Area Only - Loose Fragment  Consumed  FC3  0  0  0  0
FC3,0,1,1,0  GRAIN ON C WINDOW  Consumed  FC3  0  0  0  0
FC3,0,2,0,0  FEATURE AREA ONLY  Consumed  FC3  0  0  0  0
FC3,0,2,1,0  POTTED BUTT/GS 10  Available  FC3  0  0  0  0
FC3,0,2,1,1  BAD - LEFT-OVER FRAG  Available  FC3  0  0  0  0
FC3,0,2,1,2  C FILM ON CU GRID  Available  FC3  0  0  0  0
FC3,0,2,1,3  BAD MOUNT  Available  FC3  0  0  0  0
FC3,0,2,1,4  C FILM ON CU GRID  Available  FC3  0  0  0  0
FC3,0,2,1,5  C FILM ON CU GRID  Available  FC3  0  0  0  0
FC3,0,2,1,6  C FILM ON CU GRID  Available  FC3  0  0  0  0
FC3,0,2,1,7  BAD MOUNT  Available  FC3  0  0  0  0
FC3,0,2,1,8  C FILM ON CU GRID  Available  FC3  0  0  0  0
FC3,0,2,1,9  C FILM ON CU GRID  Available  FC3  0  0  0  0
FC3,0,2,1,10  C FILM ON CU GRID  Available  FC3  0  0  0  0
FC3,0,2,1,11  C FILM ON CU GRID  Available  FC3  0  0  0  0
FC3,0,2,1,12  C FILM ON CU GRID  Available  FC3  0  0  0  0
FC3,0,2,1,13  C FILM ON CU GRID  Consumed  FC3  0  0  0  0
FC3,0,2,1,14  C FILM ON CU GRID  Available  FC3  0  0  0  0
FC3,0,2,1,15  C FILM ON CU GRID  On Loan  FC3  0  0  0  0
FC3,0,2,1,16  C FILM ON CU GRID  Available  FC3  0  0  0  0
FC3,0,2,1,17  C FILM ON CU GRID  On Loan  FC3  0  0  0  0
FC3,0,2,2,0  POTTED BUTT  Available  FC3  0  0  0  0
FC3,0,2,2,1  C FILM ON CU GRID  Available  FC3  0  0  0  0
FC3,0,2,2,2  C FILM ON CU GRID  Consumed  FC3  0  0  0  0
FC3,0,2,2,3  C FILM ON CU GRID  Available  FC3  0  0  0  0
FC3,0,2,2,4  C FILM ON CU GRID  On Loan  FC3  0  0  0  0
FC3,0,2,3,0  GRAIN SIZE 10  Available  FC3  0  0  0  0
FC3,0,2,4,0  GRAIN IN GOLD  Available  FC3  0  0  0  0
FC3,0,2,4,1  C FILM ON CU GRID  Available  FC3  0  0  0  0
FC3,0,2,4,2  BAD -STATIC CHG  Available  FC3  0  0  0  0
FC3,0,2,4,3  HOLEY C ON CU GRID  Available  FC3  0  0  0  0
FC3,0,2,4,4  SiO  Available  FC3  0  0  0  0
FC3,0,2,4,5  SI O  Consumed  FC3  0  0  0  0
FC3,0,2,4,6  SiN  Available  FC3  0  0  0  0
FC3,0,2,4,7  SI WAFER  Available  FC3  0  0  0  0

Sample Notes

Sample Name Notes Category
FC3,0,1,0,0 Grain 2 Bajt [IR spectroscopy]: One olivine peak in S1, one possible olivine peak in S2. Analysis
FC3,0,1,0,0 Grain 2 Stefan [TOF – SIMS]: Mapping – bulk data. Few element chondritic relative to Fe (Al, Cr, Mn,Co, Cu) other enriched (C, O, Na, S, Sc, Ti). Analysis
FC3,0,1,0,0 Grain 2 Mikouchi [TEM – FEG SEM]: Tiny Fe sulfides scattered. Lot of aerogel. Sulfides possibly formed during impact melt. Analysis
FC3,0,1,0,0 Chip 3 was found on the surface of the canister upon opening, and has not been tied to a specific cometary cell. Processing
FC3,0,1,0,0 The terminal grain from this track was removed by C. Snead, and was set onto a diamond window by K. Messenger. Processing
FC3,0,1,0,0 L. Keller attempted to measure an FTIR spectrum without success. Processing
FC3,0,1,0,0 Chip 3 was found on the surface of the canister upon opening, and has not been tied to a specific cometary cell. Processing
FC3,0,1,0,0 The terminal grain from this track was removed by C. Snead, and was set onto a diamond window by K. Messenger. Processing
FC3,0,1,0,0 L. Keller attempted to measure an FTIR spectrum without success. Processing
FC3,0,1,0,0 Grain 2 Rietmeijer [TEM]: (1) One grain is pure Mg.Fe; (Mg/(Mg+Fe) (mg) = 0.7. Mg,Fe silicates with ~1 wt% CaO and ~1 wt% MnO; mg = ~0.8 to 0.9. Mg.Fe-silicate with variable, 1-4 wt% Al2O3; mg = ~0.7. ... Analysis
FC3,0,1,0,0 Grain 2 Stroud: Sees OPX (verified by ED). Ca-Al-bearing silicate nanotubes and Ca carbonates, which all appear to be contamination. Analysis
FC3,0,1,0,0 Chip 3 was found on the surface of the canister upon opening, and has not been tied to a specific cometary cell. Processing
FC3,0,1,0,0 The terminal grain from this track was removed by C. Snead, and was set onto a diamond window by K. Messenger. Processing
FC3,0,1,0,0 L. Keller attempted to measure an FTIR spectrum without success. Processing
FC3,0,2,0,0 Chip 3 was found on the surface of the canister upon opening, and has not been tied to a specific cometary cell. Processing
FC3,0,2,0,0 3 terminal grains from this track were removed by M. Zolensky, and embedded in epoxy and microtomed by K. Messenger. Processing
FC3,0,2,0,0 Chip 3 was found on the surface of the canister upon opening, and has not been tied to a specific cometary cell. Processing
FC3,0,2,0,0 3 terminal grains from this track were removed by M. Zolensky, and embedded in epoxy and microtomed by K. Messenger. Processing
FC3,0,2,0,0 Grain 2 Simon [TEM]: Vesiculated, with nanophase FeNi and FeNi sulfide grains in a Mgsilicate host. High TiO2 phase. Analysis
FC3,0,2,0,0 Grain 2 Stefan [TOF SIMS]: Li, Mg, P, Ca, Ti, V, Cr, Mn, Ni are clearly chondritic. Na. K, Rb, B, Si, O, Cl diverse types of contamination. Analysis
FC3,0,2,0,0 Grain 4 Aleon [Presumably SEM]: Could not find particles on Si wafer Analysis
FC3,0,2,0,0 Grain 2 Bridges [SEM]: Aerogel mainly Analysis
FC3,0,2,0,0 Chip 3 was found on the surface of the canister upon opening, and has not been tied to a specific cometary cell. Processing
FC3,0,2,0,0 3 terminal grains from this track were removed by M. Zolensky, and embedded in epoxy and microtomed by K. Messenger. Processing
FC3,0,2,0,0 TEM, Minerology: silica glass with Fe-sulfide and Fe-metal (potentially GEMS). Keller, 2008. Analysis
FC3,0,2,1,0 TOF-SIMS , mineraology mostly aerogel with Ti-rich, Al,Ca,Na,Mg-rich, Fe,Mg,Ti-rich, and K-rich grains. Stephan, 2008 Analysis
FC3,0,2,1,0 ToF-SIMS, mostly aerogel with an heterogeneous assemblage of roughly chondritic material, possibly including a CAI. Stephan, 2008 Analysis
FC3,0,2,1,1 Mostly aerogel with an heterogeneous assemblage of roughly chondritic material, possibly including a CAI. Leroux, MAPS 2008 Analysis
FC3,0,2,1,6 Silicate glass with Fe-sulfide and Fe-metal. Rietmeijer 2008 Analysis
FC3,0,2,1,6 Mineralogy: silica-rich glass, surrounded by melted and compressed aerogel; includes a grain of Fe-rich olivine . Composition Mg/Fe = 1.11; Al/Fe = 0.075; Ca/Fe = 0.053; Cr/Fe = 0.031; Mn/Fe = 0.019; ... Analysis
FC3,0,2,1,9 face up right, film damaged handle with care Inventory
FC3,0,2,1,10 FTIR, amorphous silicate. Keller, 2006. Analysis
FC3,0,1,1,0 No data yet.
FC3,0,1,1,0 TEM, olivine Analysis
FC3,0,2,2,0 FTIR, amorphous silicate. Keller, 2006. Analysis
FC3,0,2,2,1 TEM, Minerology: silica-rich glass, surrounded by melted and compressed aerogel . Comp: Mg/Fe = 1.06; Al/Fe = 0.18; Ca/Fe = 0.047; Cr/Fe = 0.0094; Mn/Fe = 0.0063; S/Fe = 0.78; Ni/Fe = 0.05 Comp (x C ... Analysis
FC3,0,2,2,1 Wirick 2007: contains carbonate, possibly a contaminant. TEM, STXM XANES Analysis
FC3,0,2,2,3 TOF SIMS Stephan 2008, Minerology: mostly aerogel. Comp: Li/Fe = 0.000133; Na/Fe = 0.34; Mg/Fe = 1.43; Al/Fe = 0.40; Si/Fe = 100; K/Fe = 0.10; Ca/Fe = 0.10; Ti/Fe = 0.0050; V/Fe = 0.00071; Cr/Fe = 0.0 ... Analysis
FC3,0,2,4,0 [Presumably SEM]: Could not find particles on Si wafer Analysis
FC3,0,2,4,0 SIMS, Isotopes: δD = 176; D/H = 0.000296. McKeegan, 2006 Analysis
FC3,0,2,4,4 XANES, organic matter present, Wirick 2009. Analysis
FC3,0,2,4,4 XANES, organic matter present, Wirick 2009. Analysis
FC3,0,2,4,4 XANES, organic matter present, Wirick 2011 Analysis
FC3,0,2,4,4 XANES, organic matter present (most likely cyanoacrylate contaminant), De Gregorio 2011 Analysis
FC3,0,2,4,4 XANES, TEM. Isotopes: d13C = -35; d15N = -7. Most likely contamination. De Gregorio 2011 Analysis
FC3,0,2,4,5 XANES; TEM; SIMS. Organic matter present. Isotopes: dD = 1000; d13C = -35; d15N = -7. De Gregorio 2009 Analysis

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