Type Grain Label Reference Meteorite Technique Size (mm) Notes 7Li/6Li Error[7Li/6Li] 11B/10B Error[11B/10B] 12C/13C Error[12C/13C] 14N/15N Error[14N/15N] d(29Si/28Si) Error[d(29Si/28Si)] d(30Si/28Si) Error[d(30Si/28Si)] 26Al/27Al Error[26Al/27Al] d(33S/32S) Error[d(33S/32S)] d(34S/32S) Error[d(34S/32S)] d(42Ca/40Ca) Error[d(42Ca/40Ca)] d(43Ca/40Ca) Error[d(43Ca/40Ca)] d(44Ca/40Ca) Error[d(44Ca/40Ca)] 44Ti/48Ti Error[44Ti/48Ti] d(46Ti/48Ti) Error[d(46Ti/48Ti)] d(47Ti/48Ti) Error[d(47Ti/48Ti)] d(49Ti/48Ti) Error[d(49Ti/48Ti)] d(50Ti/48Ti) Error[d(50Ti/48Ti)] 51V/48Ti Error[51V/48Ti] d(54Fe/56Fe) Error[d(54Fe/56Fe)] d(57Fe/56Fe) Error[d(57Fe/56Fe)] d(60Ni/58Ni) Error[d(60Ni/58Ni)] d(61Ni/58Ni) Error[d(61Ni/58Ni)] d(62Ni/58Ni) Error[d(62Ni/58Ni)] d(84Sr/86Sr) Error[d(84Sr/86Sr)] d(87Sr/86Sr) Error[d(87Sr/86Sr)] d(88Sr/86Sr) Error[d(88Sr/86Sr)] d(90Zr/94Zr) Error[d(90Zr/94Zr)] d(91Zr/94Zr) Error[d(91Zr/94Zr)] d(92Zr/94Zr) Error[d(92Zr/94Zr)] d(96Zr/94Zr) Error[d(96Zr/94Zr)] d(92Mo/96Mo) Error[d(92Mo/96Mo)] d(94Mo/96Mo) Error[d(94Mo/96Mo)] d(95Mo/96Mo) Error[d(95Mo/96Mo)] d(97Mo/96Mo) Error[d(97Mo/96Mo)] d(98Mo/96Mo) Error[d(98Mo/96Mo)] d(100Mo/96Mo) Error[d(100Mo/96Mo)] d(96Ru/100Ru) Error[d(96Ru/100Ru)] d(98Ru/100Ru) Error[d(98Ru/100Ru)] d(99Ru/100Ru) Error[d(99Ru/100Ru)] d(101Ru/100Ru) Error[d(101Ru/100Ru)] d(102Ru/100Ru) Error[d(102Ru/100Ru)] d(104Ru/100Ru) Error[d(104Ru/100Ru)] d(134Ba/136Ba) Error[d(134Ba/136Ba)] d(135Ba/136Ba) Error[d(135Ba/136Ba)] d(137Ba/136Ba) Error[d(137Ba/136Ba)] d(138Ba/136Ba) Error[d(138Ba/136Ba)] Si3N4 TZ-2 Alexander GCA 1993 Tieschitz Wash U 3f 53 3 -470 61 -285 40 Si3N4 #217-3 Besmehn LPSC 2001 Indarch MPI 3f -410 40 -440 35 500 190 30 120 Si3N4 #28-2 Besmehn LPSC 2001 Indarch MPI 3f -87 66 -160 60 Si3N4 e4-1Ð1Ð1Ð-36 Gyngard unpublished 2009 Indarch Wash U NanoSIMS 83.2 6.9 -481 4 -344 6 Si3N4 e5-2Ð12Ð1Ð-24 Gyngard unpublished 2009 Indarch Wash U NanoSIMS 68.1 4.8 -36 8 -39 10 Si3N4 e5-3Ð2Ð1Ð-21 Gyngard unpublished 2009 Indarch Wash U NanoSIMS 58.6 5.2 -35 15 -55 18 Si3N4 e5-3Ð9Ð1Ð-25 Gyngard unpublished 2009 Indarch Wash U NanoSIMS 105.2 2.6 -32 5 -41 7 Si3N4 gmÐtest2Ð4Ð1Ð-3 Gyngard unpublished 2009 Indarch Wash U NanoSIMS 69.4 0.9 -93 3 -132 5 Si3N4 KJE853 Hoppe GCA 1996 Murchison Bern 3f 1.5 401 527 18 1 Si3N4 KJE853 Hoppe LPSC 1994 Murchison Bern 3f 157 33 18 1 -43 56 -271 50 Si3N4 4A-107-16 Lin ApJ 2002 Qingzhen Wash U 3f & NanoSIMS "Al, Ca, Ti data from Lin LPSC 2008 " 43 5 25.7 0.9 50 23 -174 20 0.142999 0.003609 72.16 40.27 341.96 146.89 5.18 125.74 254.69 165.08 0.018974 0.004832 Si3N4 4A-194-20 Lin ApJ 2002 Qingzhen Wash U 3f & NanoSIMS "Al, Ca, Ti data from Lin LPSC 2008 " 64 20 189 18 -29 14 -42 15 0.155591 0.003423 63.15 123.42 397.05 739.93 56.28 634.74 504.46 904.06 0.055449 0.04415 Si3N4 4A-280-3 Lin ApJ 2002 Qingzhen Wash U 3f & NanoSIMS "Ca, Ti data from Lin LPSC 2008 " 28.07 14.08 97.18 38.11 70.85 38.51 150.17 45.98 0.011633 0.001084 Si3N4 4A-306-21 Lin ApJ 2002 Qingzhen Wash U 3f & NanoSIMS Al data from Lin LPSC 2008 43 9 -363 22 -445 20 0.186387 0.021405 Si3N4 5A-275-9 Lin ApJ 2002 Qingzhen Wash U 3f 179 103 -201 11 -348 10 Si3N4 5A-339-5 Lin ApJ 2002 Qingzhen Wash U 3f & NanoSIMS "Ca, Ti data from Lin LPSC 2008 " 221 48 127 8 -442 9 -436 8 -223.14 91.61 1819.25 1085.29 2283.69 1236.06 170.16 748.29 0.17665 0.08367 Si3N4 5B-154-14 Lin ApJ 2002 Qingzhen Wash U 3f 70 6 80 3 -351 13 -495 11 Si3N4 5B-302-10 Lin ApJ 2002 Qingzhen Wash U 3f 79 9 80 7 Si3N4 5B-51-9 Lin ApJ 2002 Qingzhen Wash U 3f 95 19 89 3 -33 40 -93 37 Si3N4 5B-85-9 Lin ApJ 2002 Qingzhen Wash U 3f 241 61 -461 8 -681 6 Si3N4 KJD-155-8 Nittler ApJ 1995 Murchison Wash U 3f -530 70 Si3N4 KJE-159-8 Nittler ApJ 1995 Murchison Wash U 3f -190 60 Si3N4 KJGM2-155-5 Nittler ApJ 1995 Murchison Wash U 3f 168 12 77 2 -190 11 -326 13 0.216 0.005 Si3N4 KJGM2-9-6 Nittler ApJ 1995 Murchison Wash U 3f 33 1 101 6 -160 60 0.067 0.004 Si3N4 KJGM4-49-7 Nittler ApJ 1995 Murchison Wash U 3f 83 7 39 3 -229 9 -359 10 Si3N4 T8SIN-1 Nittler ApJ 1995 Tieschitz Wash U 3f -372 60 Si3N4 T8SIN-2 Nittler ApJ 1995 Tieschitz Wash U 3f -262 90 Si3N4 M33b-235-2 Nittler GCA 2003 Murchison CIW 6f 0.7 54.17 2.98 -239 35 -427 102 Si3N4 M33b-98-3 Nittler GCA 2003 Murchison CIW 6f 0.7 51.67 3.69 -217 38 -302 54 Si3N4 M42-249-1 Nittler GCA 2003 Murchison CIW 6f 33.62 13.44 -197 25 -337 79 Si3N4 IN28bB-32-2 Nittler Thesis 1996 Indarch Wash U 3f 61.8 10 99.7 15.6 -78 25 -185 23 Si3N4 T8D1-309-4 Nittler Thesis 1996 Tieschitz Wash U 3f 99 15 -115 29 -195 26 Si3N4 T9D1-100-9 Nittler Thesis 1996 Tieschitz Wash U 3f 88.6 5.3 -333 15 -445 13 Si3N4 IH6-10-8 Zinner GCA 2007 Indarch Wash U NanoSIMS 53.6 1.7 -442 7 -610 9 Si3N4 IH6-e4-1_1_1_36 Zinner LPSC 2010 Indarch Wash U NanoSIMS 83.19 6.92 124 11 -514 14 -400 12 0.126 0.009 Si3N4 IH6-gm_test2_4_1_3 Zinner LPSC 2010 Indarch Wash U NanoSIMS 491 200 52 3 -558 37 -712 37 0.086 0.006 Si3N4 KJE-a1_10_1_2 Xu MetSoc 2012 Murchison Wash U NanoSIMS 84.85 2.1 -22 8 -25 8 Si3N4 KJE-a1_21_1_3 Xu MetSoc 2012 Murchison Wash U NanoSIMS 66.3 1.53 -17 8 -23 9 Si3N4 KJE-a1_3_1_2 Xu MetSoc 2012 Murchison Wash U NanoSIMS 7.89 0.06 -434 5 -317 6 Si3N4 KJE-a1_42_1_9 Xu MetSoc 2012 Murchison Wash U NanoSIMS 68.89 0.88 -20 8 -24 8 Si3N4 KJE-C-Si_6_13 Xu MetSoc 2012 Murchison Wash U NanoSIMS 90.56 1.21 -138 7 -271 6