Sample C2115,24,22,0,0

Skip to content | Skip to navigation

Site Actions

Site Sections

Breadcrumbs

Home → Stardust → Sample Catalog → Sample C2115,24,22,0,0

Stardust Catalog Sample Information for Sample C2115,24,22,0,0

Information Details

Sample Number: C2115,24,22,0,0 Sample Status: Extracted
Alternate Name: C2115,0,22,0,0 Aton Parent: C2115,0
Sample Description: 1/2 KEYSTONE
Allocation Status: On Loan

Subsample List


Sample Description Allocation Status Generic Specific Track Grain Grid
C2115,24,22,1,0  POTTED BUTT  Available  C2115  24  22  0  0
C2115,24,22,1,1  C ON CU GRID  On Loan  C2115  24  22  0  0
C2115,24,22,1,2  SI O  Available  C2115  24  22  0  0
C2115,24,22,1,3  SI3 N4  Available  C2115  24  22  0  0
C2115,24,22,1,4  C ON AU GRID  Available  C2115  24  22  0  0
C2115,24,22,1,5  SI O  Consumed  C2115  24  22  0  0
C2115,24,22,1,6  SI WAFER  Available  C2115  24  22  0  0
C2115,24,22,1,7  HOLEY C, ALL ON GRID  Consumed  C2115  24  22  0  0
C2115,24,22,1,8  AMORPHOUS C  Available  C2115  24  22  0  0
C2115,24,22,1,9  AU GRID  Available  C2115  24  22  0  0
C2115,24,22,1,10  TEM Grid embedded in acrylic  On Loan  C2115  24  22  0  0
C2115,24,22,1,11  TEM Grid embedded in acrylic  On Loan  C2115  24  22  0  0
C2115,24,22,1,12  TEM Grid embedded in acrylic  On Loan  C2115  24  22  0  0
C2115,24,22,2,0  Potted butt acrylic  On Loan  C2115  24  22  0  0
C2115,24,22,2,1  Acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,2,2  Acrylic slice on Au  Available  C2115  24  22  0  0
C2115,24,22,2,3  Acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,2,4  Acrylic slice on Au  Available  C2115  24  22  0  0
C2115,24,22,2,5  Acrylic slice on Au  Available  C2115  24  22  0  0
C2115,24,22,2,6  Acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,2,7  Acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,2,8  Acrylic slice on Au  Available  C2115  24  22  0  0
C2115,24,22,2,9  Acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,2,10  Acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,2,11  Acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,2,12  Acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,3,0  aerogel fragment containing a part of track#22  On Loan  C2115  24  22  0  0
C2115,24,22,4,0  aerogel fragment containing a part of track#22  On Loan  C2115  24  22  0  0
C2115,24,22,5,0  aerogel fragment containing a part of track#22  On Loan  C2115  24  22  0  0
C2115,24,22,6,0  aerogel fragment containing a part of track#22  On Loan  C2115  24  22  0  0
C2115,24,22,7,0  potted butt acrylic  On Loan  C2115  24  22  0  0
C2115,24,22,7,1  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,7,2  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,7,3  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,7,4  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,7,5  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,7,6  acrylic slice on Au  Available  C2115  24  22  0  0
C2115,24,22,7,7  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,7,8  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,7,9  acrylic slice on Au  Available  C2115  24  22  0  0
C2115,24,22,7,10  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,7,11  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,7,12  acrylic slice on Au  Available  C2115  24  22  0  0
C2115,24,22,7,13  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,7,14  acrylic slice on Au  On Loan  C2115  24  22  0  0
C2115,24,22,7,15  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,7,16  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,7,17  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,7,18  acrylic slice on Au  Available  C2115  24  22  0  0
C2115,24,22,7,19  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,7,20  acrylic slice on Au  Available  C2115  24  22  0  0
C2115,24,22,7,21  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,7,22  acrylic slice on Au  On Loan  C2115  24  22  0  0
C2115,24,22,7,23  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,8,0  potted butt acrylic  On Loan  C2115  24  22  0  0
C2115,24,22,8,1  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,8,2  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,8,3  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,8,4  acrylic slice on Au  Available  C2115  24  22  0  0
C2115,24,22,8,5  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,8,6  acrylic slice on Au  Available  C2115  24  22  0  0
C2115,24,22,8,7  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,8,8  acrylic slice on Au  Available  C2115  24  22  0  0
C2115,24,22,8,9  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,8,10  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,8,11  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,24,22,8,12  acrylic slice on Cu  Available  C2115  24  22  0  0
C2115,30,22,0,0  1/2 BULB  Consumed  C2115  24  22  0  0
C2115,31,22,0,0  BLANK  Consumed  C2115  24  22  0  0
C2115,32,22,0,0  1/2 BULB  Available  C2115  24  22  0  0

Sample Notes

Sample Name Notes Category
C2115,24,22,0,0 Sample type: microtomed slices embedded in acrylic Analysis method: TEM State of sample: variable surface carbon contamination from electron beam, possible damage to internal crystalline structures ... Analysis
C2115,24,22,0,0 Keystone prepared by C. Snead and A. Westphal at Berkeley February 6, 2006 as Track 6 in the UCB system. Processing
C2115,24,22,0,0 Bulb dissected in to halves by Snead at USB. Processing
C2115,24,22,0,0 Terminal particle (C2115,0,22,1,0) to K. Nakamura in S for ultramicrotomy, 9 TEM sections prepared, one potted butt Nakamura sample prep Processing
C2115,24,22,0,0 TEM sections allocated to: Langenhorst, Wirick, Butterworth, Cody, Messenger, Tomeoka, Nakamura, Mckeegan Processing
C2115,24,22,0,0 Terminal particle Min/pet (Mckeegan, Flynn): Forsterite + possible pyroxene Analysis
C2115,24,22,0,0 Keystone prepared by C. Snead and A. Westphal at Berkeley February 6, 2006 as Track 6 in the UCB system. Processing
C2115,24,22,0,0 Bulb dissected in to halves by Snead at USB. Processing
C2115,24,22,0,0 [SXRF]: Overall Track composition – generally approximately chondritic, but Ni/Fe a bit low. High K. Analysis
C2115,24,22,0,0 [XRD]: Possible match for forsteritic olivine, though an intense reflection does not match Analysis
C2115,24,22,0,0 [ALS]: Ca in the aerogel. XRF spectra were obtained for terminal particles. Generally chondritic, but Ni/Fe varies from low to extremely low compared to CI. The two largest terminal particles, 6.6 and ... Analysis
C2115,24,22,0,0 [APS]: Both Zn and Ni are much higher in the wall of the entry region than in the terminal particle. We see a bit of S there (not shown in images) as well, and suspect Fe- and Zn- sulfides were deposi ... Analysis
C2115,24,22,0,0 [TEM]: Collected a number of EDX analyses of olivine, glass and some other phases from a ~5 um particle lodged in the wall of Track 22. This particle is essentially a large, reverse-zoned olivine grai ... Analysis
C2115,24,22,0,0 [TEM]: Reports TiO2 among the grain, but TiO2 appears to be a contaminant. Analysis
C2115,24,22,0,0 Main composition: compressed aerogel -- Brownlee Analysis
C2115,24,22,0,0 Mineralogy and apparent grain sizes Terminal particle: TP was removed from keystone prior to receiving it at Univ. of Washington. Fragment 2 100% compressed aerogel. No minerals observed in mic ... Analysis
C2115,24,22,0,0 Allocation History: G. Flynn for SXRF analysis at NSLS P. Grant for proton microprobe analysis. Not analyzed. A. Westphal for disassembly into components Processing
C2115,24,22,0,0 Bulb dissected into two halves ,(C2115,25,22,0,0, C2115,26,22,0,0) and one blank (C2115,27,22,0,0). One dissected bulb went to Clemett, the other to Zare. The blank went to Clemett. Remaining keys ... Processing
C2115,24,22,0,0 Keystone prepared by C. Snead and A. Westphal at Berkeley February 6, 2006 as Track 6 in the UCB system. Processing
C2115,24,22,0,0 Bulb dissected in to halves by Snead at USB. Processing
C2115,24,22,0,0 [SXRF]: Overall Track composition – generally approximately chondritic, but Ni/Fe a bit low. High K. Analysis
C2115,24,22,0,0 [XRD]: Possible match for forsteritic olivine, though an intense reflection does not match Analysis
C2115,24,22,0,0 [ALS]: Ca in the aerogel. XRF spectra were obtained for terminal particles. Generally chondritic, but Ni/Fe varies from low to extremely low compared to CI. The two largest terminal particles, 6.6 and ... Analysis
C2115,24,22,0,0 [APS]: Both Zn and Ni are much higher in the wall of the entry region than in the terminal particle. We see a bit of S there (not shown in images) as well, and suspect Fe- and Zn- sulfides were deposi ... Analysis
C2115,24,22,0,0 [TEM]: Collected a number of EDX analyses of olivine, glass and some other phases from a ~5 um particle lodged in the wall of Track 22. This particle is essentially a large, reverse-zoned olivine grai ... Analysis
C2115,24,22,0,0 [TEM]: Reports TiO2 among the grain, but TiO2 appears to be a contaminant. Analysis
C2115,24,22,0,0 TEM. Minerology: olivine. Joswiak 2007. Analysis
C2115,24,22,0,0 TEM, NanoSIMS, XANES. Minerology: Fe-olivine, silica glass, Fe-sulfides, Fe,Zn-sulfides. Matrajt, 2008 Analysis
C2115,24,22,0,0 TEM. Minerology: olivine with minor Fe,Cu-sulfide (possibly cubanite) and Fe,Zn-sulfide. Zolensky 2006 Analysis
C2115,30,22,0,0 Consumed during laser analysis (vaporized) Last allocation Clemett, S Inventory
C2115,30,22,0,0 L2MS, organics present. Clemett, 2007 Analysis
C2115,30,22,0,0 L2MS, organics present. Sandford, 2006 Analysis
C2115,31,22,0,0 Consumed during laser analysis (vaporized) Last allocation Clemett, S Inventory
C2115,24,22,1,5 TEM. Minerology: anantase(TiO2). Organics present, most likely contamination. De Gregorio 2011. Analysis
C2115,24,22,1,5 XANES, organics present . Cody, 2008 Analysis
C2115,24,22,1,5 XANES, organics present . Cody, 2007 Analysis
C2115,24,22,1,5 XANES, organics present . Wirick, 2009 Analysis
C2115,24,22,1,5 XANES, organics present. Sandford 2006 Analysis
C2115,24,22,1,8 TEM. Minerology:Fe-rich olivine with high-Ca pyroxene (diopside) and aluminosilicate glass. Mineral composition: olivine = Fo(64-91)Fa(9-36). Tomeoka, 2007. Analysis
C2115,24,22,1,8 TEM. Minerology: olivine with minor high-Ca pyroxene (likely diopside) and aluminosilicate glass. Mineral composition: olivine = Fo(64-91)Fa(9-36); pyroxene = En(88-91)Fs(9-12). Tomeoka, 2008 Analysis
C2115,24,22,1,9 no sample section Inventory
C2115,24,22,2,0 TEM. Minerology: compressed aerogel. Joswiak 2012. Analysis
C2115,24,22,3,0 aerogel fragment containing a part of track#22
C2115,24,22,4,0 aerogel fragment containing a part of track#22
C2115,24,22,5,0 [ALS]: Ca in the aerogel. XRF spectra were obtained for terminal particles. Generally chondritic, but Ni/Fe varies from low to extremely low compared to CI. The two largest terminal particles, 6.6 and ... Analysis
C2115,24,22,5,0 aerogel fragment containing a part of track#22
C2115,24,22,6,0 aerogel fragment containing a part of track#22
C2115,24,22,7,0 aerogel fragment containing a part of track#22 with two major particles Analysis
C2115,24,22,7,0 Main composition: amorphous SiO2 (glass) + Fe-rich olivine -- Brownlee Analysis
C2115,24,22,7,0 SEM. Minerology: olivine (fayalite) and silica glass. Joswiak 2012. Analysis
C2115,24,22,7,0 TEM. Minerology: Olivine. Composition: Mg/Fe = 2.17; 4.38; Al/Fe = 0.0019; 0.0050; Si/Fe = 1.52; 2.48; P/Fe = 0.0; 0.0077; Ca/Fe = 0.014; 0.020; Cr/Fe = 0.00084; 0.0019; Mn/Fe = 0.032; 0.043 . Minera ... Analysis
C2115,24,22,7,0 TEM. Minerology: olivine and Na,Mg-rich aluminosilica glass; glass contains Fe,Zn-sulfide inclusion. Mineral composition: olivine = Fo(67-91)Fa(9-33). Joswiak 2012. Analysis
C2115,24,22,7,0 TEM. Minerology: silica glass. Composition: Mg/Fe = 9.0; Al/Fe = 0.47; Si/Fe = 48.8; P/Fe = 0.14; K/Fe = 0.091; Ca/Fe = 0.36; Mn/Fe = 0.22 . Joswiak 2012 Analysis
C2115,24,22,7,0 TEM. Minerology: sulfide. Composition: Mn/Zn = 0.044. Joswiak 2012 Analysis
C2115,24,22,8,0 aerogel fragment containing a part of track#22
C2115,24,22,8,0 TEM. Minerology: silica glass. Composition: Mg/Fe = 5.24; Al/Fe = 0.54; Si/Fe = 39.7; P/Fe = 0.12; K/Fe = 0.026; Ca/Fe = 0.12; Ti/Fe = 0.19; Mn/Fe = 0.15. Joswiak 2012. Analysis
C2115,24,22,8,0 TEM. Minerology: olivine and Al,Mg-rich glass. Mineral composition: olivine = Fo(67-92)Fa(8-33); Fo85Fa15; Fo87Fa13. Joswiak 2012 Analysis
C2115,24,22,7,1 not possible to say where is the particle, sent to JSC
C2115,24,22,7,2 particle in one section , sent to JSC
C2115,24,22,7,3 particle ?, sent to JSC
C2115,24,22,7,4 particle ?, sent to JSC
C2115,24,22,7,5 good
C2115,24,22,7,6 2 good, sent to JSC
C2115,24,22,7,7 good, sent to JSC
C2115,24,22,7,8 good,washed w/chloroform,TEM
C2115,24,22,7,9 4 good, TEM
C2115,24,22,7,10 Incomplete sections, some with particle, sent to JSC
C2115,24,22,7,11 good
C2115,24,22,7,12 First Particle almost gone, , sent to JSC
C2115,24,22,7,13 no particle, transition to the next one , sent to JSC
C2115,24,22,7,14 THIS GRID DOESN'T EXIST
C2115,24,22,7,15 beginning of particle, sent to JSC
C2115,24,22,7,16 good, sent to JSC
C2115,24,22,7,17 1 over grid bar, the other good
C2115,24,22,7,18 1 good, two over grid bar, sent to JSC
C2115,24,22,7,19 1 over grid bar, one good
C2115,24,22,7,20 2 over grid bar, one good, sent to JSC
C2115,24,22,7,21 good, sent to JSC
C2115,24,22,7,22 good particle partially ripping off, metal grain
C2115,24,22,7,23 excellent, TEM, grid trasnferred to a new box for demo
C2115,24,22,8,1 barely cutting into particle, sent to JSC
C2115,24,22,8,2 1 over grid bar, 2 OK, sent to JSC
C2115,24,22,8,3 5 good, 1 over grid bar
C2115,24,22,8,4 particle plucking from sections, sent to JSC
C2115,24,22,8,5 excellent, washed w/chloroform, TEM
C2115,24,22,8,6 excellent, sent to JSC
C2115,24,22,8,7 2 good, one over grid bar
C2115,24,22,8,8 Excellent, sent to JSC
C2115,24,22,8,9 Excellent
C2115,24,22,8,10 I Excellent, one over grid bar, sent to JSC
C2115,24,22,8,11 Excellent, TEM
C2115,24,22,8,12 Over grid bar, sent to JSC

Related Documents

File Name Sample Name Description Size File Type
langenhorst-July2013 C2115,24,22,1,1 2085689 KB pdf
Lanzirotti_2008_MAPS_update C2115,24,22,0,0 1032328 KB pdf
flynn track data C2115,24,22,0,0 25600 KB doc
c2115_24_22 C2115,24,22,0,0 1441280 KB doc
C2115-24-22-1-0 C2115,24,22,0,0 4703232 KB ppt
Wild2 olivine_ px_ sulf_ glass_ metal_ feldspar_ etc compositions_ updated 5.24.10 C2115,24,22,0,0 613888 KB xls
c115_0_tr6_xrd C2115,24,22,0,0 1724770 KB pdf
c115_0_tr6_xrd1 C2115,24,22,0,0 1724770 KB pdf
Flynn_SOP_2006_Science_1731 C2115,24,22,0,0 410660 KB pdf
DeGregorio_2011_MAPS C2115,24,22,1,5 DeGregorio 2011 MAPS 1182809 KB pdf
TRACK 22 Plan Berkeley C2115,24,22,0,0 7601601 KB pdf
TRACK 22 Plan Berkeley C2115,24,22,0,0 2887168 KB ppt
Track 22 summary C2115,24,22,0,0 207872 KB doc
cody results from analysis of c2115_24_22_1 C2115,24,22,0,0 28772 KB pdf
Clemett_2010_MAPS C2115,30,22,0,0 Clemett 2010 MAPS 1134310 KB pdf
Joswiak_2012_MAPS C2115,24,22,0,0 Joswiak 2012 MAPS 4089086 KB pdf
Zolensky_2006_Science_1735 C2115,24,22,0,0 Zolensky 2006 Science 1735 345373 KB pdf
Zolensky_SOP_2006_Science_1735 C2115,24,22,0,0 Zolensky SOP 2006 Science 1735 503294 KB pdf
McKeegan_2006_Science_1724 C2115,24,22,1,0 283873 KB pdf
messenger C2115,24,22,0,0 45985 KB pdf
messengerC2115 C2115,24,22,0,0 1459712 KB doc
Joswiak_2012_MAPS C2115,24,22,2,0 4089086 KB pdf
Joswiak_2012_MAPS C2115,24,22,7,0 4089086 KB pdf
Joswiak_2012_MAPS C2115,24,22,8,0 4089086 KB pdf
TXT C2115,24,22,0,0 8777 KB rtf
LPSC2006stardusREVt C2115,24,22,0,0 18700800 KB ppt
Track22 C2115,24,22,0,0 72782 KB pdf
Sandford_2006_Science_1720 C2115,24,22,1,5 Sandford 2006 Science 1720 275573 KB pdf
Sandford_SOP_2006_Science_1720 C2115,24,22,1,5 Sandford SOP 2006 Science 1720 1037674 KB pdf
Sandford_2006_Science_1720 C2115,30,22,0,0 Sandford 2006 Science 1720 275573 KB pdf
Sample Information Sheet-Tomeoka C2115,24,22,1,8 74752 KB doc
MAPS paper (Tomeoka team) C2115,24,22,1,8 MAPS paper (Tomeoka team) 851086 KB pdf
Tomeoka et al.2008 C2115,24,22,1,8 Tomeoka et al.2008 893026 KB pdf
Summary-Aerogel Wirick C2115,24,22,1,1 1315328 KB ppt
Cody_2008_MAPS C2115,24,22,1,5 Meteoritics and Planetary Science Cody 2008 MAPS 1935517 KB pdf
Cody_2007_lpsc_2286 C2115,24,22,1,5 Cody 2007 LPSC 2286 79221 KB pdf
Wirick_2009_MAPS C2115,24,22,1,2 Wirick 2009 MAPS 4993294 KB pdf
Wirick_2009_MAPS C2115,24,22,1,5 Wirick 2009 MAPS 4994296 KB pdf
Tomeoka_2007_lpsc_1267 C2115,24,22,1,8 Tomeoka 2007 LPSC 1267 197549 KB pdf
Nakashima_2012_lpsc_2196 C2115,24,22,0,0 154287 KB pdf
TablespFigures C2115,24,22,1,8 806770 KB pdf
uwtrack catalog sept 13 06 brownlee C2115,24,22,0,0 2260082 KB pdf
Clemett_2007_lpsc_2091 C2115,30,22,0,0 Clemett 2007 lpsc 2091 373359 KB pdf
Flynn_2006_Science_1731 C2115,24,22,0,0 290193 KB pdf
C2115-24-22-1-0 Au press1 C2115,24,22,0,0 1154560 KB ppt
Matrajt_2008_MAPS C2115,24,22,0,0 Matrajt 2008 MAPS 980463 KB pdf
DeGregorio_2011_lpsc_2603 C2115,24,22,1,5 293592 KB pdf
Flynn XRF results C2115,24,22,0,0 1048285 KB pdf
Joswiak_2012_MAPS C2115,24,22,2,0 Joswiak 2012 MAPS 4089086 KB pdf
Joswiak_2012_MAPS C2115,24,22,7,0 Joswiak 2012 MAPS 4089086 KB pdf
Joswiak_2012_MAPS C2115,24,22,8,0 Joswiak 2012 MAPS 4089086 KB pdf
Joswiak_2007_metsoc_5256 C2115,24,22,0,0 Joswiak 2007 METSOC abstract 5256 20863 KB pdf
Febo-final-corrected C2115,24,22,0,0 1067928 KB pdf