D4_Cpx < 20191023104315-900743 > pub
- status: unknown
- modified at 2020-04-07
Appendix A. Estimated mineral mode (%) and major elemental compositions in Hannuoba peridotites < 20191118160309-041415 > in Tang et al. (2007)refreshed at 2021-06-02
1: Hannuoba D2 2: Hannuoba D3 3: Hannuoba D4 4: Hannuoba D5
(a) XRF procedures of Takei (2002) on XRF PANalytical PW2400
(b) 100Mg/(Mg+Fe2+)
Table 1. Major-element composition (wt%) of mineral phases in spinel peridotites < 20191023111003-498240 > in Tang et al. (2007)refreshed at 2021-06-02
1: D2_Ol 2: D3_Ol 3: D4_Ol 4: D5_Ol 5: D2_Opx 6: D3_Opx 7: D4_Opx 8: D5_Opx 9: D2_Cpx 10: D3_Cpx 11: D4_Cpx 12: D5_Cpx 13: D2_Sp 14: D3_Sp 15: D4_Sp 16: D5_Sp
(a) EPMA on EPMA
Table 1 Major element composition (wt%) of minerals in the peridotites (average value of n analyses) < 20191210114433-273559 > in Tang et al. (2011)refreshed at 2020-07-30
1: FS-5 OL 2: FS-5 CPX 3: FS-5 Opx 4: FS-5 Sp 5: FS-13 OL 6: FS-13 CPX 7: FS-13 OPX 8: FS-13 Sp 9: FS-14 OL 10: FS-14 CPX 11: FS-14 Opx 12: FS-14 Sp 13: FS-19 OL 14: FS-19 CPX 15: FS-19 Opx 16: FS-19 Sp 17: D4_Ol 18: D4_Cpx 19: D4_Opx 20: D4_Sp 21: D5_Ol 22: D5_Cpx 23: D5_Opx 24: D5_Sp 25: HB-27 OL 26: HB-27 CPX 27: HB-27 OPX 28: HB27 Sp 29: HB-30 OL 30: HB-30 CPX 31: HB-30 OPX 32: HB-30 Sp 33: HB-80 OL 34: HB-80 CPX 35: HB-80 OPX 36: HB-80 Sp 37: HB-81 OL 38: HB-81 CPX 39: HB-81 OPX 40: HB-81 Sp
(a) EPMA on EPMA
Table 2 Trace element compositions (ppm) of cpx < 20191210121649-119510 > in Tang et al. (2011)refreshed at 2020-07-30
1: FS-5 CPX 2: FS-13 CPX 3: FS-14 CPX 4: FS-19 CPX 5: HB-27 CPX 6: HB-30 CPX 7: HB-80 CPX 8: HB-81 CPX 9: D4_Cpx 10: D5_Cpx
(a) Q-ICP-MS_procedures of Makishima and Nakamura (1997, 1999, 2006) on Q-ICPMS Agilent 7500cs
Table 2. Trace element compositions (ppm) of cpx < 20191023112332-112737 > in Tang et al. (2007)refreshed at 2021-06-03
1: D2_Cpx 2: D3_Cpx 3: D4_Cpx 4: D5_Cpx
(a) Q-ICP-MS_procedures of Makishima and Nakamura (1997, 1999, 2006) on Q-ICPMS Agilent 7500cs
Table 3 Li concentrations and isotopic compositions of mineral separates in the peridotites < 20191210122700-080306 > in Tang et al. (2011)refreshed at 2020-07-30
1: FS-5 OL 2: FS-5 Opx 3: FS-5 CPX 4: FS-13 OL 5: FS-13 OPX 6: FS-13 CPX 7: FS-14 OL 8: FS-14 Opx 9: FS-14 CPX 10: FS-19 OL 11: FS-19 Opx 12: FS-19 CPX 13: HB-27 OL 14: HB-27 OPX 15: HB-27 CPX 16: HB-30 OL 17: HB-30 OPX 18: HB-30 CPX 19: HB-80 OL 20: HB-80 OPX 21: HB-80 CPX 22: HB-81 OL 23: HB-81 OPX 24: HB-81 CPX 25: D4_Ol 26: D4_Opx 27: D4_Cpx 28: D5_Ol 29: D5_Opx 30: D5_Cpx
(a) Li isotopes_procedures of Moriguti and Nakamura (1998) on MC-ICP-MS Finnigan, Neptune
Table 3. Li concentrations and isotopic compositions of mineral separates measured by MC-ICP-MS < 20191023113616-778561 > in Tang et al. (2007)refreshed at 2021-06-03
1: D2_Ol 2: D3_Ol 3: D4_Ol 4: D5_Ol 5: D2_Opx 6: D3_Opx 7: D4_Opx 8: D5_Opx 9: D2_Cpx 10: D3_Cpx 11: D4_Cpx 12: D5_Cpx
(a) Li isotopes_procedures of Moriguti and Nakamura (1998) on MC-ICP-MS Finnigan, Neptune
Table 4. In situ analytical data by SIMS < 20191118140140-177826 > in Tang et al. (2007)refreshed at 2020-07-30
1: D4_Ol@P1 2: D4_Ol@P2 3: D4_Ol@P3 4: D4_Ol@P4 5: D4_Ol@P5 6: D4_Ol@P6 7: D4_Ol@P7 8: D4_Ol@P8 9: D4_Ol@P9 10: D4_Opx@P1 11: D4_Opx@P2 12: D4_Opx@P3 13: D4_Opx@P4 14: D4_Opx@P5 15: D4_Opx@P6 16: D4_Opx@P7 17: D4_Opx@P8 18: D4_Cpx@P1 19: D4_Cpx@P2 20: D4_Cpx@P3 21: D4_Cpx@P4 22: D4_Cpx@P5 23: D4_Cpx@P6 24: D5_Ol@P1 25: D5_Ol@P2 26: D5_Ol@P3 27: D5_Ol@P4 28: D5_Ol@P5 29: D5_Ol@P6 30: D5_Ol@P7 31: D5_Ol@P8 32: D5_Opx-1@P1 33: D5_Opx-1@P2 34: D5_Opx-1@P3 35: D5_Opx-1@P4 36: D5_Opx-1@P5 37: D5_Opx-1@P6 38: D5_Opx-2@P1 39: D5_Opx-2@P2 40: D5_Opx-2@P3 41: D5_Opx-2@P4 42: D5_Opx-2@P5 43: D5_Opx-2@P6 44: D5_Cpx@P1 45: D5_Cpx@P2 46: D5_Cpx@P3 47: D5_Cpx@P4 48: D5_Cpx@P5
(a) SIMS on SIMS Cameca ims-5f
(b) SIMS on SIMS Cameca ims-1270
Table 4 Sr and Nd isotopic compositions for cpx and opx separates in the peridotites < 20191210150144-208010 > in Tang et al. (2011)refreshed at 2020-07-30
1: D4_Cpx 2: D5_Cpx 3: FS-5 CPX 4: FS-14 CPX 5: FS-19 CPX 6: D4_Opx 7: D5_Opx 8: FS-5 Opx 9: FS-14 Opx 10: FS-19 Opx
(a) Sr isotopes_procedures of Yoshikawa and Nakamura (1993) on TIMS Thermo-Fisher MAT262
(b) Nd isotopes_procedures of Nakamura et al. (1991, 2003) on TIMS Thermo-Fisher MAT262
Table 5 Estimated mineral mode (%) and major elemental compositions in the peridotites < 20191210154248-932461 > in Tang et al. (2011)refreshed at 2020-07-30
1: FS-5 WR 2: FS-13 WR 3: FS-14 WR 4: FS-19 WR 5: HB27 WR 6: HB30 WR 7: HB 80 WR 8: HB 81 WR 9: D4 WR 10: D5 WR
(a) XRF (0) on XRF PANalytical PW2400
@article{20191023104315-900743,
author={{D4_Cpx}},
title={Specimen at \nolinkurl{/}},
journal={\href{http://dream.misasa.okayama-u.ac.jp/?q=20191023104315-900743}{DREAM}},
volume={20},
pages={20191023104315-900743},
year={2019},
url={http://dream.misasa.okayama-u.ac.jp/?q=20191023104315-900743},
}<?xml version="1.0" encoding="UTF-8"?>
<acquisitions>
<acquisition>
<global_id>20191023112421-403589</global_id>
<name>D4_Cpx</name>
<device>Q-ICPMS Agilent 7500cs</device>
<technique>Q-ICP-MS_procedures of Makishima and Nakamura (1997, 1999, 2006)</technique>
<operator>Tang</operator>
<sample_global_id>20191023104315-900743</sample_global_id>
<sample_name>D4_Cpx</sample_name>
<description></description>
<chemistries>
<analysis>
<nickname>Rb</nickname>
<value>0.006</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Ba</nickname>
<value>0.098</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Th</nickname>
<value>0.019</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>U</nickname>
<value>0.006</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>La</nickname>
<value>0.382</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Ce</nickname>
<value>1.71</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Pb</nickname>
<value>0.049</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Pr</nickname>
<value>0.374</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Sr</nickname>
<value>41.5</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Nd</nickname>
<value>2.74</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Sm</nickname>
<value>1.28</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Eu</nickname>
<value>0.551</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Gd</nickname>
<value>2.08</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Tb</nickname>
<value>0.441</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Dy</nickname>
<value>3.1</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Y</nickname>
<value>20.5</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Ho</nickname>
<value>0.722</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Er</nickname>
<value>1.93</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Tm</nickname>
<value>0.3</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Yb</nickname>
<value>2.02</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Lu</nickname>
<value>0.271</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
</chemistries>
</acquisition>
<acquisition>
<global_id>20191023113357-394013</global_id>
<name>D4_Cpx</name>
<device>MC-ICP-MS Finnigan, Neptune</device>
<technique>Li isotopes_procedures of Moriguti and Nakamura (1998)</technique>
<operator>Tang</operator>
<sample_global_id>20191023104315-900743</sample_global_id>
<sample_name>D4_Cpx</sample_name>
<description/>
<chemistries>
<analysis>
<nickname>Li</nickname>
<value>2.41</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>d7Li</nickname>
<value>-3.25</value>
<unit>permil</unit>
<uncertainty/>
<label></label>
<info></info>
</analysis>
</chemistries>
</acquisition>
<acquisition>
<global_id>20191023110915-948402</global_id>
<name>D4_Cpx</name>
<device>EPMA</device>
<technique>EPMA</technique>
<operator>Tang</operator>
<sample_global_id>20191023104315-900743</sample_global_id>
<sample_name>D4_Cpx</sample_name>
<description/>
<chemistries>
<analysis>
<nickname>SiO2</nickname>
<value>52.09</value>
<unit>%</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>TiO2</nickname>
<value>0.52</value>
<unit>%</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Al2O3</nickname>
<value>6.55</value>
<unit>%</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Cr2O3</nickname>
<value>0.79</value>
<unit>%</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>MgO</nickname>
<value>14.92</value>
<unit>%</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>CaO</nickname>
<value>20.49</value>
<unit>%</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>MnO</nickname>
<value>0.09</value>
<unit>%</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>FeOT</nickname>
<value>1.64</value>
<unit>%</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Na2O</nickname>
<value>1.76</value>
<unit>%</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>total</nickname>
<value>98.9</value>
<unit>%</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Mg#</nickname>
<value>94.3</value>
<unit></unit>
<uncertainty/>
<label/>
<info/>
</analysis>
</chemistries>
</acquisition>
<acquisition>
<global_id>20191210150109-437781</global_id>
<name>D4 Cpx</name>
<device>TIMS Thermo-Fisher MAT262</device>
<technique>Nd isotopes_procedures of Nakamura et al. (1991, 2003)</technique>
<operator>Tang</operator>
<sample_global_id>20191023104315-900743</sample_global_id>
<sample_name>D4_Cpx</sample_name>
<description/>
<chemistries>
<analysis>
<nickname>Sm</nickname>
<value>1.35</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Nd</nickname>
<value>2.73</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Nd143zNd144</nickname>
<value>0.51389</value>
<unit></unit>
<uncertainty/>
<label/>
<info/>
</analysis>
</chemistries>
</acquisition>
<acquisition>
<global_id>20191210150056-428110</global_id>
<name>D4 Cpx</name>
<device>TIMS Thermo-Fisher MAT262</device>
<technique>Sr isotopes_procedures of Yoshikawa and Nakamura (1993)</technique>
<operator>Tang</operator>
<sample_global_id>20191023104315-900743</sample_global_id>
<sample_name>D4_Cpx</sample_name>
<description/>
<chemistries>
<analysis>
<nickname>Rb</nickname>
<value>43.5</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Sr</nickname>
<value>41.7</value>
<unit>ppm</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Sr87zSr86</nickname>
<value>0.70177</value>
<unit></unit>
<uncertainty/>
<label/>
<info/>
</analysis>
</chemistries>
</acquisition>
</acquisitions>
place quantity