- classification: mineral:spinel
- physical-form: grain
- status: unknown
- modified at 2020-04-02
Table 1. Major element compositions (wt.%) of silicate and oxide minerals prepared in this study < 20191220140310-677294 > in Ryoji Tanaka & Eizo Nakamura (2013)refreshed at 2020-07-30
1: ref-ol-sc >20# 2: ref-ol-fo 3: MSG1 4: 95-QL-2M 5: ref-cpx-klb1 6: ref-opx-klb1 7: ref-pl-lab 8: ref-pl-alb21245 9: ref-sp-klb1 10: ref-sp-MSP-P1 11: ref-sp-MSP-R1 12: ref-sp-MSP-B1
(a) EPMA on EPMA JEOL JXA-8800R
Table 4. Oxygen isotopic compositions of silicate and oxidite minerals analyzed in this study < 20191220152011-412905 > in Ryoji Tanaka & Eizo Nakamura (2013)refreshed at 2020-07-30
1: ref-ol-sc >20# 2: ref-ol-fo 3: UWG-2 4: MSG1 5: 95-QL-2M 6: NBS28 7: ref-cpx-klb1 8: ref-opx-klb1 9: ref-pl-lab 10: ref-pl-alb21245 11: ref-sp-klb1 12: ref-sp-MSP-P1 13: ref-sp-MSP-R1 14: ref-sp-MSP-B1
(a) IRMS with LF on SIRA Thermo-Fisher MAT253
(b) mass spectrometry with dual inlet on SIRA Thermo-Fisher MAT253
Table S1. Elemental and isotope compositions of reference materials. < 20190527105810-317312 > in Kunihiro et al. (2019)refreshed at 2020-07-30
1: ref-ol-sc1 2: ref-ol-AY 3: ref-ol-fo 4: LS1-A-olivine 5: NWA 6704 (b) olivine 6: ref-ol-sc-1mm-dice 7: ref-ol-fo1 8: ref-ol-fa1 9: ref-opx-tz1001 10: ref-opx-klb1 11: ref-en-SL1 12: ref-cpx-sax33 13: ref-cpx-klb1 14: ref-cpx-di-tz1001 15: ref-cpx-sae113 16: ref-cpx-sae116 17: ref-cpx-sae152 18: ref-cpx-sax39c 19: ref-pl-alb21245 duplicate 20: ref-pl-lab duplicate 21: pl-anorthoclase-c 22: pl-bytownite-c2s 23: gl-ab100 duplicate 24: gl-an25ab75 duplicate 25: gl-an50ab50 duplicate
(a) calculation XMg=[Mg]mol/([Fe]mol+[Mg]mol) on EPMA JEOL JXA-8530F
(b) calculation XNa=[Na]mol/([Ca]mol+[Na]mol+[K]mol) on EPMA JEOL JXA-8530F
(c) calculation XNa=[Na]mol/([Ca]mol+[Na]mol+[K]mol) on JEOL JSM-7001F SEM-EDS
(d) calculation XCa=[Ca]mol/([Fe]mol+[Mg]mol+[Ca]mol) on EPMA JEOL JXA-8530F
(e) IRMS with LF on SIRA Thermo-Fisher MAT253
(f) mass spectrometry with dual inlet on SIRA Thermo-Fisher MAT253
(g) ICPMS with wet chemistry on ICPMS Thermo-Fisher Neptune
Table S5. Geochemical properties of the reference glasses and minerals < 20181225094629-405342 > in Nakamura et al. (2012)refreshed at 2020-07-30
1: ref-gl-tahiti 2: ref-gl-hawaii 3: ref-gl-dr1a1 4: ref-gl-pjr1 5: myk1-1 6: myk1-2 7: myk1-5 8: gl-NIST-610 9: ref-gl-ab1 10: ref-ap-durango 11: ref-cpx-klb1 12: cpx-sag30 13: ref-cpx-sax39c 14: opx-KLB1 15: ol-fa-hk-1 16: ol-MW-sc5 17: ref-ol-sc1 18: ref-ol-fo1 19: ref-ol-fk1 20: ref-grt-HK5206701d 21: ref-grt-mnag10
(a) EPMA on EPMA JEOL JXA-8800R
(b) mass spectrometry with dual inlet on SIRA Thermo-Fisher MAT253
@article{20110329083733-438-698,
author={{ref-sp-klb1}},
title={Grain at \nolinkurl{/ISEI/main/5f/DREAM 3000/A box/}},
journal={\href{http://dream.misasa.okayama-u.ac.jp/?q=20110329083733-438-698}{DREAM}},
volume={20},
pages={20110329083733-438-698},
year={2011},
url={http://dream.misasa.okayama-u.ac.jp/?q=20110329083733-438-698},
}<?xml version="1.0" encoding="UTF-8"?>
<acquisitions>
<acquisition>
<global_id>20191220145346-990771</global_id>
<name>sp-KLB1</name>
<device>EPMA JEOL JXA-8800R</device>
<technique>EPMA</technique>
<operator></operator>
<sample_global_id>20110329083733-438-698</sample_global_id>
<sample_name>ref-sp-klb1</sample_name>
<description></description>
<chemistries>
<analysis>
<nickname>SiO2</nickname>
<value>0.029</value>
<unit>cg/g</unit>
<uncertainty>0.01</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>MgO</nickname>
<value>20.32</value>
<unit>cg/g</unit>
<uncertainty>0.15</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>TiO2</nickname>
<value>0.103</value>
<unit>cg/g</unit>
<uncertainty>0.013</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Al2O3</nickname>
<value>59.51</value>
<unit>cg/g</unit>
<uncertainty>0.17</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Cr2O3</nickname>
<value>9.11</value>
<unit>cg/g</unit>
<uncertainty>0.05</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>MnO</nickname>
<value>0.101</value>
<unit>cg/g</unit>
<uncertainty>0.01</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>FeOT</nickname>
<value>10.97</value>
<unit>cg/g</unit>
<uncertainty>0.08</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>V2O3</nickname>
<value>0.069</value>
<unit>cg/g</unit>
<uncertainty>0.012</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>NiO</nickname>
<value>0.394</value>
<unit>cg/g</unit>
<uncertainty>0.032</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Mg#</nickname>
<value>76.74</value>
<unit></unit>
<uncertainty>0.17</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>total</nickname>
<value>100.7</value>
<unit>cg/g</unit>
<uncertainty>0.3</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>ZnO</nickname>
<value>0.107</value>
<unit>cg/g</unit>
<uncertainty>0.066</uncertainty>
<label/>
<info/>
</analysis>
</chemistries>
</acquisition>
<acquisition>
<global_id>20191220154812-846117</global_id>
<name>sp_KLB1</name>
<device>SIRA Thermo-Fisher MAT253</device>
<technique>mass spectrometry with dual inlet</technique>
<operator></operator>
<sample_global_id>20110329083733-438-698</sample_global_id>
<sample_name>ref-sp-klb1</sample_name>
<description></description>
<chemistries>
<analysis>
<nickname>d17O</nickname>
<value>2.39</value>
<unit>permil</unit>
<uncertainty>0.02</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>d18O</nickname>
<value>4.67</value>
<unit>permil</unit>
<uncertainty>0.04</uncertainty>
<label/>
<info/>
</analysis>
<analysis>
<nickname>D17O</nickname>
<value>-0.066</value>
<unit>permil</unit>
<uncertainty>0.011</uncertainty>
<label/>
<info/>
</analysis>
</chemistries>
</acquisition>
</acquisitions>