- classification: chondrite:ordinary
- physical-form: aliquot
- quantity (mg): 0.0
- status: zero
- modified at 2020-05-01
Table S11. Trace-element concentrations and isotope compositions of Sr and Nd (of SRC) < 20190128100651-695246 > in Eizo Nakamura et al. (2019)refreshed at 2020-07-30
1: powder OK-10VMc-i 2: powder OK-10VMc-r 3: powder OK-10VMc-n 4: powder OK-10VMc-u 5: powder OK-10VMc-j 6: powder OK-10VMc-s 7: powder OK-10VMc-o 8: powder OK-10VMc-v 9: powder OK-10VMc-k 10: powder OK-10VMc-t 11: powder OK-10VMc-q 12: powder OK-10VMc-l 13: powder OK-10VMc-m 14: powder OK-10VMc-x 15: OK4ne-d 16: OK4ne-e 17: chunk OK4-m 18: OK6me-b 19: OK6me-d 20: OK6me-f 21: OK6me-c 22: OK6me-e 23: OK6me-g 24: OK-6 average
(a) ICPMS (0) on ICPMS Yokogawa PMS2000/Agilent 7500cs
(b) TIMS on MAT 262
Table S12. Trace-element concentrations and isotope compositions of Sr and Nd (of MIX and MLT) < 20190129120024-913403 > in Eizo Nakamura et al. (2019)refreshed at 2020-07-30
1: CBK6b-k 2: CBK6b-m 3: CBK6b-o 4: CBK6b-l 5: CBK6b-n 6: CBK6b-p 7: CBK-6 average 8: powder CBK-1bd-e 9: powder CBK-1bd-l 10: powder CBK-1bd-j 11: powder CBK-1bd-f 12: powder CBK-1bd-m 13: powder CBK-1bd-k 14: powder CBK-1bd-g 15: powder CBK-1bd-h 16: powder CBK-1bd-i 17: powder CBK-1bd-n 18: CBK1b-a 19: chunk CBK-1b-s 20: OVZc-d (The Olivenza LL5 asteroid)
(a) ICPMS (0) on ICPMS Yokogawa PMS2000/Agilent 7500cs
(b) TIMS on MAT 262
Table S13. Major and trace-element concentrations and isotope compositions of Sr and Nd (of fraction from SRC) < 20190130142145-913219 > in Eizo Nakamura et al. (2019)refreshed at 2020-07-30
1: OK10VMcp-L1 (F1) 2: OK10VMcp-L4 (F2) 3: OK10VMcp-L7 (F3) 4: OK10VMcp-L11 (F4) 5: OK10VMcp-L12 (F5) 6: OK10VMcp-L13 (F6) 7: OK10VMcp-L15 (F7) 8: OK10VMcp-L16 (F8) 9: OK-10VM total (fraction from SRC)
(a) SEM-EDS on SEM-EDS
(b) ICPMS (0) on ICPMS Yokogawa PMS2000/Agilent 7500cs
(c) TIMS on MAT 262
Table S14. Major and trace-element concentrations and isotope compositions of Sr and Nd (of fraction from MLT) < 20190131105320-693233 > in Eizo Nakamura et al. (2019)refreshed at 2020-07-30
1: CBK1bq-L3 (F1) 2: CBK1bq-L4 (F2) 3: CBK1bq-L6 (F3) 4: CBK1bq-L7 (F4) 5: CBK1bq-L8 (F5) 6: CBK1bq-L9 (F6) 7: CBK1bq-L10 (F7) 8: CBK1bq-L12 (F8) 9: CBK-1 total (fraction from MLT)
(a) SEM-EDS on SEM-EDS
(b) ICPMS (0) on ICPMS Yokogawa PMS2000/Agilent 7500cs
(c) TIMS on MAT 262
Table S15. Major and trace-element concentrations and isotope compositions of Sr and Nd (of fraction from MIX) < 20190131113737-253366 > in Eizo Nakamura et al. (2019)refreshed at 2020-07-30
1: CBK6be-L3 (F1) 2: CBK6be-L4 (F2) 3: CBK6be-L6 (F3) 4: CBK6be-L7 (F4) 5: CBK6be-L8 (F5) 6: CBK6be-L9 (F6) 7: CBK6be-L10 (F7) 8: CBK6be-L12 (F8) 9: CBK-6 total (fraction from MIX)
(a) SEM-EDS on SEM-EDS
(b) ICPMS (0) on ICPMS Yokogawa PMS2000/Agilent 7500cs
(c) TIMS on MAT 262
Table S16. Trace element quantities a isotope compositions of Sr and Nd (of phosphate) < 20190201094749-259629 > in Eizo Nakamura et al. (2019)refreshed at 2020-07-30
1: OK10VMc-a-l1 2: OK10VMc-b-l1 3: OK4ne-a-L2 4: OK6me-a-L2 5: CBK1b-a-l1 6: CBK1b-b-l1 7: CBK1b-c-L2 8: CBK1b-d-L2 9: CBK6b-a-L2 10: CBK6b-b-L2
(a) ICPMS (0) on ICPMS Yokogawa PMS2000/Agilent 7500cs
(b) TIMS on MAT 262
Table S18. Procedure for H analysis < 20190201102425-192306 > in Eizo Nakamura et al. (2019)refreshed at 2020-11-17
1: fragment OK-10VMc-ai 2: fragment OK-10VMc-aj 3: fragment OK-10VMc-ak 4: fragment OK-10VMc-al 5: fragment OK-10VMc-am 6: fragment OK-10VMc-an 7: fragment OK-10VMc-ao 8: fragment OK-10VMc-ae 9: fragment OK-10VMc-af 10: fragment OK-10VMc-ag 11: fragment OK-10VMc-ah 12: powder OK-10VMc-y 13: powder OK-10VMc-z 14: fragment OK-4mb-a 15: fragment OK-6-mb-a 16: fragment CBK-6e-a 17: CBK1bk-a 18: CBK1bk-b 19: powder CBK-1bd-r 20: Olivenza-f 21: Olivenza-g 22: Knyahinya 23: Allende (H analysis)_1 24: Allende (H analysis)_4 25: Allende (H analysis)_2 26: Allende (H analysis)_3
(a) IRMS with TCEA on SIRA Thermo-Fisher MAT253
Table S19. Major element concentrations (of phases in SRC) < 20190201113425-106064 > in Eizo Nakamura et al. (2019)refreshed at 2020-07-30
1: OK-10VM@Ol 2: OK-10VM@Opx 3: OK-10VM@Di 4: OK-10VM@Pl 5: OK-10VM@Pl in Al-rich object 6: OK-10VM@Kfs 7: OK-10VM@Chr 8: OK-10VM@Chr in Al-rich object 9: OK-10VM@Ilm 10: OK-10VM@Ap 11: OK-10VM@Mer 12: OK-10VM@Tro 13: OK-10VM@Tae 14: OK-10VM@Kam
(a) EPMA on EPMA JEOL JXA-8800R
(b) SEM-EDS on JEOL JSM-7001F SEM-EDS
Table S1. O isotopes < 20190118100619-355795 > in Eizo Nakamura et al. (2019)refreshed at 2020-07-30
1: OK-10VM 2: OK-10 3: chunk OK4-m 4: OK-7 5: OK-6 6: OK-9 7: 1-2 8: mount OK-3-1 9: chunk 1-1B-a 10: CBK-6 11: CBK-39 12: CBK-200 13: OK-11 14: CBK-15 15: CBK-1
(a) IRMS with LF on Thermo Scientific MAT253
Table S20. Major element concentrations (of phases in MLT) < 20190204123502-982442 > in Eizo Nakamura et al. (2019)refreshed at 2020-07-30
1: CBK-1@Ol 2: CBK-1@Ol in melt 3: CBK-1@Opx 4: CBK-1@Opx in melt 5: CBK-1@Di 6: CBK-1@Pl 7: CBK-1@Chr in melt 8: CBK-1@Chr 9: CBK-1@Gl_interstitial 10: CBK-1@Gl_matrix 11: CBK-1@Tro 12: CBK-1@Tae_at core 13: CBK-1@Tae_at rim
(a) EPMA on EPMA JEOL JXA-8800R
(b) SEM-EDS on JEOL JSM-7001F SEM-EDS
Table S21. Major element concentrations (olivine and exotic olivine in MLT and olivine in R chondrite) < 20190205092225-541063 > in Eizo Nakamura et al. (2019)refreshed at 2020-07-30
1: OK-11@Ol 2: OK-11@Ol in melt 3: OK-11@Ol in melt (exotic) 4: OK-11@Ol(R)unequil. 5: OK-11@Ol(R)equil.
(a) EPMA on EPMA JEOL JXA-8800R
(b) SIMS on SIMS Cameca ims-1270
(c) SIMS on SIMS Cameca ims-5f
Table S22. Major element concentrations < 20190205095436-976331 > in Eizo Nakamura et al. (2019)refreshed at 2022-06-24
1: powder OK10VMd-a 2: powder OK-10VMc-e 3: powder OK-10VMc-aa 4: powder OK-10VMc-c 5: powder OK10VMd-b 6: powder OK-10VMc-f 7: powder OK-10VMc-ab 8: powder OK-10VMc-d 9: powder OK-10VMc-g 10: powder OK-10VMc-h 11: average OK-10VM 12: OK-4 13: powder OK-6mf-a 14: powder OK-6mf-b 15: OK-6 average 16: CBK6b-f 17: powder CBK-6b-h 18: powder CBK-6b-i 19: powder CBK-6b-j 20: CBK-6 average 21: powder CBK-1be-a 22: powder CBK-1bd-b 23: powder CBK-1bd-s 24: powder CBK-1bd-q 25: powder CBK-1be-b 26: powder CBK-1bd-c 27: powder CBK-1bd-d 28: CBK-1 average 29: Allende-13 30: Allende-12 31: Allende (2007) 32: Oivenza (Table 21- major) 33: Olivenza (Table 21-S) 34: Olivenza (Table 21-S)_1 35: Olivenza (Table 21-major) average
(a) XRF and LOI on XRF PANalytical PW2400
(b) Flame emission spectrometry on Shimadzu AA6200
(c) HR-ICPMS on ICPMS Thermo-Fisher Element XR
(d) HR-ICPMS on ICPMS Thermo-Fisher Neptune
(e) EA-IRMS on Thermo Scientific MAT253
(f) IRMS with TCEA on SIRA Thermo-Fisher MAT253
(g) Ion chromatography on 761 COMPACT IC
Table S4. Modal abundances of phases < 20190121153926-000726 > in Eizo Nakamura et al. (2019)refreshed at 2022-06-23
1: OK-10VM 2: OK-10 3: OK-4 4: OK-7 5: OK-6 6: OK-9 7: 1-2 8: mount OK-3-1 9: CBK-6 10: CBK-39 11: CBK-200 12: OK-11 13: CBK-15 14: CBK-1 15: TS CBK1-a
(a) X-map modemetry on EPMA JEOL JXA-8800R
Table S5. Summary of element concentrations and isotope compositions < 20190121154013-270573 > in Eizo Nakamura et al. (2019)refreshed at 2020-07-30
1: average OK-10VM 2: CBK-1 average 3: chunk OK4-m 4: OK-6 average 5: CBK-6 average 6: OK-10 7: OK-7 8: OK-9 9: 1-2 10: mount OK-3-1 11: CBK-39 12: CBK-200 13: OK11a-a 14: CBK-15 15: OVZc-d (The Olivenza LL5 asteroid)
(a) XRF and LOI on XRF PANalytical PW2400
(b) Flame emission spectrometry on Shimadzu AA6200
(c) HR-ICPMS on ICPMS Thermo-Fisher Element XR
(d) EA-IRMS on Thermo Scientific MAT253
(e) IRMS with TCEA on SIRA Thermo-Fisher MAT253
(f) Ion chromatography on 761 COMPACT IC
(g) ICPMS (0) on ICPMS Yokogawa PMS2000/Agilent 7500cs
(h) TIMS on MAT 262
(i) MC-ICPMS on ICPMS Thermo-Fisher Neptune
(j) IRMS with LF on Thermo Scientific MAT253
Table S6. Isotope compositions of H, Li, C, and O < 20190124090919-027850 > in Eizo Nakamura et al. (2019)refreshed at 2022-06-21
1: 1-2a-a 2: 1-2a-b 3: fragment OK-4mb-a 4: OK4a-a 5: OK4a-b 6: fragment OK-6-mb-a 7: OK6a-a 8: OK6a-b 9: OK7a-a 10: OK7a-b 11: OK9a-a 12: OK9a-b 13: OK10a-a 14: OK10a-b 15: fragment OK-10VMc-ai 16: powder OK-10VMc-l 17: powder OK-10VMc-m 18: powder OK-10VMc-aa 19: powder OK-10VMc-ab 20: OK10VMc-ac 21: OK10VMc-ad 22: OK10VMf-a 23: OK10VMf-b 24: pyroxene-OK10VMc-a 25: spinel-OK10VMc-a 26: OK11a-a 27: OK11a-b 28: CBK1bk-a 29: powder CBK-1bd-e 30: powder CBK-1bd-f 31: powder CBK-1bd-s 32: CBK1c-a 33: CBK1c-b 34: CBK1c-c 35: fragment CBK-6e-a 36: CBK6b-k 37: CBK6b-l 38: CBK6eb-a 39: CBK6eb-b 40: CBK15ba-a 41: CBK15ba-b 42: CBK39ba-a 43: CBK39ba-b 44: CBK200ba-a 45: CBK200ba-b 46: The Olivenza LL5 asteroid 47: Knyahinya 48: Allende (2007)
(a) IRMS with TCEA on SIRA Thermo-Fisher MAT253
(b) MC-ICPMS on ICPMS Thermo-Fisher Neptune
(c) EA-IRMS on Thermo Scientific MAT253
(d) IRMS with LF on Thermo Scientific MAT253
Table S7. Lithium and oxygen isotope compositions of mineral phases < 20190124102259-913744 > in Eizo Nakamura et al. (2019)refreshed at 2020-07-30
1: OK-10VM@Ol 2: OK-10VM@Opx 3: OK-10VM@Di 4: OK-10VM@Pl 5: OK-10VM@Chr 6: TS OK4-a 7: OK-11@Ol 8: OK-11@Ol in melt 9: OK-11@Ol in melt (exotic) 10: OK-11@Opx 11: OK-11@Di 12: OK-11@Pl 13: CBK-1@Ol 14: CBK-1@Ol in melt 15: CBK-1@Gl
(a) SIMS on SIMS Cameca ims-1270
(b) SIMS on SIMS Cameca ims-5f
Table S8. Trace element concentrations (of phases in SRC) < 20190125092148-965313 > in Eizo Nakamura et al. (2019)refreshed at 2020-07-30
1: OK-10VM@Ol 2: OK-10VM@Ol in chondrules 3: OK-10VM@Opx 4: OK-10VM@Opx in chondrules 5: OK-10VM@Di 6: OK-10VM@Pl 7: OK-10VM@Pl in Al-rich object 8: OK-10VM@Kfs 9: OK-10VM@Ap 10: OK-10VM@Mer 11: OK-4@Ol 12: OK-4@Opx 13: OK-4@Di 14: OK-4@Pl 15: OK-4@Ap 16: OK-4@Mer 17: OK-4@FeOxide (H) 18: OK-4@FeOxide (Li) 19: OK-6@Ol 20: OK-6@Opx 21: OK-6@Di 22: OK-6@Pl 23: OK-6@Ap 24: OK-6@Mer
(a) SIMS on SIMS Cameca ims-5f
(b) LA-ICP-MS on Q-ICP-MS Photon Machines Analyte G2
Table S9. Trace element concentrations (of phases in MLT) < 20190125121350-755046 > in Eizo Nakamura et al. (2019)refreshed at 2020-07-30
1: CBK-1@Ol 2: CBK-1@Ol in chondrule 3: CBK-1@Opx 4: CBK-1@Di 5: CBK-1@Di on source domain 6: CBK-1@Pl 7: CBK-1@Pl on source domain 8: CBK-1@Ap 9: CBK-1@Mer 10: CBK-1@Gl 11: CBK-1@Gl in melt vein 12: CBK-1@FeOxide
(a) SIMS on SIMS Cameca ims-5f
(b) LA-ICP-MS on Q-ICP-MS Photon Machines Analyte G2
@article{20141106120926-855445,
author={{OK10VMcp-L12 (F5)}},
title={Aliquot at \nolinkurl{/Heaven/}},
journal={\href{http://dream.misasa.okayama-u.ac.jp/?q=20141106120926-855445}{DREAM}},
volume={20},
pages={20141106120926-855445},
year={2014},
url={http://dream.misasa.okayama-u.ac.jp/?q=20141106120926-855445},
}<?xml version="1.0" encoding="UTF-8"?>
<acquisitions>
<acquisition>
<global_id>20160701142313-299902</global_id>
<name>OK-10VM-be299902</name>
<device>SEM-EDS</device>
<technique>SEM-EDS</technique>
<operator/>
<sample_global_id>20141106120926-855445</sample_global_id>
<sample_name>OK10VMcp-L12 (F5)</sample_name>
<description/>
<chemistries>
<analysis>
<nickname>Cr2O3</nickname>
<value>0.58</value>
<unit>cg/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>MnO</nickname>
<value>0.4</value>
<unit>cg/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>NiO</nickname>
<value>0.2</value>
<unit>cg/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>P2O5</nickname>
<value>0.46</value>
<unit>cg/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>FeOT</nickname>
<value>23.24</value>
<unit>cg/g</unit>
<uncertainty/>
<label></label>
<info></info>
</analysis>
<analysis>
<nickname>S</nickname>
<value>5.16</value>
<unit>cg/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>TiO2</nickname>
<value>0.07</value>
<unit>cg/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Na2O</nickname>
<value>1.26</value>
<unit>cg/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>K2O</nickname>
<value>0.09</value>
<unit>cg/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Al2O3</nickname>
<value>2.58</value>
<unit>cg/g</unit>
<uncertainty/>
<label></label>
<info></info>
</analysis>
<analysis>
<nickname>CaO</nickname>
<value>1.81</value>
<unit>cg/g</unit>
<uncertainty/>
<label></label>
<info></info>
</analysis>
<analysis>
<nickname>SiO2</nickname>
<value>39.12</value>
<unit>cg/g</unit>
<uncertainty/>
<label></label>
<info></info>
</analysis>
<analysis>
<nickname>MgO</nickname>
<value>25.03</value>
<unit>cg/g</unit>
<uncertainty/>
<label></label>
<info></info>
</analysis>
</chemistries>
</acquisition>
<acquisition>
<global_id>20160701142432-668712</global_id>
<name>OK-10VM-bm668712</name>
<device>ICPMS Yokogawa PMS2000/Agilent 7500cs</device>
<technique>ICPMS (0)</technique>
<operator/>
<sample_global_id>20141106120926-855445</sample_global_id>
<sample_name>OK10VMcp-L12 (F5)</sample_name>
<description/>
<chemistries>
<analysis>
<nickname>Cs</nickname>
<value>0.0152</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Dy</nickname>
<value>0.412</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Ho</nickname>
<value>0.0919</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>U</nickname>
<value>0.0149</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Li</nickname>
<value>1.85</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Be</nickname>
<value>0.018</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Ba</nickname>
<value>3.7</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Eu</nickname>
<value>0.091</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Gd</nickname>
<value>0.331</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Tb</nickname>
<value>0.0586</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Yb</nickname>
<value>0.259</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Lu</nickname>
<value>0.0421</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Pb</nickname>
<value>0.023</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Y</nickname>
<value>2.14</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>La</nickname>
<value>0.342</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Ce</nickname>
<value>0.921</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Pr</nickname>
<value>0.134</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Er</nickname>
<value>0.257</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Tm</nickname>
<value>0.0409</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Th</nickname>
<value>0.043</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Rb</nickname>
<value>3.01</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Sr</nickname>
<value>12.0</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Nd</nickname>
<value>0.729</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Sm</nickname>
<value>0.225</value>
<unit>ug/g</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
</chemistries>
</acquisition>
<acquisition>
<global_id>20160701142549-229308</global_id>
<name>OK-10VM-bu229308</name>
<device>MAT 262</device>
<technique>TIMS</technique>
<operator/>
<sample_global_id>20141106120926-855445</sample_global_id>
<sample_name>OK10VMcp-L12 (F5)</sample_name>
<description/>
<chemistries>
<analysis>
<nickname>Sr</nickname>
<value>11.53</value>
<unit>ug/g</unit>
<uncertainty>0.007</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Sr87zSr86</nickname>
<value>0.74972</value>
<unit></unit>
<uncertainty>6.0e-06</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Rb</nickname>
<value>3.09</value>
<unit>ug/g</unit>
<uncertainty>0.002</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Sm</nickname>
<value>0.2395</value>
<unit>ug/g</unit>
<uncertainty>0.0003</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Sm147zNd144</nickname>
<value>0.1972</value>
<unit></unit>
<uncertainty>0.0003</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Nd143zNd144</nickname>
<value>0.512666</value>
<unit></unit>
<uncertainty>1.5e-05</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Nd</nickname>
<value>0.7346</value>
<unit>ug/g</unit>
<uncertainty>0.0006</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Rb87zSr86</nickname>
<value>0.779</value>
<unit></unit>
<uncertainty>0.0006</uncertainty>
<label/>
<info/>
</analysis>
</chemistries>
</acquisition>
</acquisitions>
place quantity