7716-54_M07-74_at tour rim < 20191212144243-900615 > pub
- status: unknown
- modified at 2020-03-24
Table 1-2. Chemical compositions of tourmaline.Elemental abundances are normalized to a total of 100 cg/g < 20191212121958-218300 > in Ota et al. (2019)refreshed at 2020-07-31
1: 1007-1_T01-1_skeletal 2: 1007-1_T02-1_core 3: 1007-1_T03-1_core 4: 1007-1_T04-1_skeletal 5: 1007-1_T05-1_core 6: 1007-1_T05-2_core 7: 1007-1_T05-3_rim 8: 1007-1_T05-4_skeletal 9: 1007-1_T06-1_skeletal 10: 1007-1_T07-1_core 11: 3815-21_T04-1_core 12: 3815-21_T06-1_rim 13: 3815-21_T07-1_core 14: 3815-21_T10-1_core 15: 3815-21_T10-2_core 16: 3815-21_T10-3_core 17: 3815-21_T11-1_rim 18: 3815-21_T13-1_core 19: 3815-21_T14-1_skeletal 20: 3815-21_T16-1_skeletal 21: 3815-21_T16-2_core 22: 3815-21_T16-3_skeletal 23: 3815-21_T17-1_core 24: 3815-21_T18-1_rim 25: 3815-21_T20-1_rim 26: 3815-21_T29-1_rim 27: 3815-21_T34-1_rim 28: 3815-2_T03-1_core 29: 3815-2_T10-1_skeletal 30: 3815-2_T12-1_core 31: 3815-2_T23-1_core 32: 3815-2_T25-1_rim 33: 3815-2_T28-1_skeletal 34: 3815-2_T28-3_core 35: 3815-2_T29-1_skeletal 36: 3815-2_T30-1_core 37: 3815-2_T32-1_rim 38: 3815-2_T39-1_core 39: 3815-2_T40-1_skeletal 40: 3815-2_T41-1_skeletal 41: 3815-2_T42-1_core 42: 3815-2_T43-1_core 43: 3815-2_T46-1_core 44: 3818-3_T02-1_core 45: 3818-3_T06-2_skeletal 46: 3818-3_T08-1_core 47: 3818-3_T13-1_core 48: 3818-3_T14-1_core 49: 7716-54_T01-1_skeletal 50: 7716-54_T02-1_skeletal 51: 7716-54_T03-1_skeletal 52: 7716-54_T04-1_core 53: 7716-54_T05-1_core 54: 7716-54_T06-1_core 55: 7716-54_T09-2_skeletal
(a) SEM-EDS on JEOL JSM-7001F SEM-EDS
(b) calculation based on the ideal chemical formula on JEOL JSM-7001F SEM-EDS
(c) SIMS on SIMS Cameca ims-5f
Table 2. Chemical compositions of mica. With the exception of boron, abundances of elements are normalized to a total of 100cg/g < 20191212145542-638525 > in Ota et al. (2019)refreshed at 2020-07-31
1: 7718-20_M01-02_core 2: 7718-20_M01-89_rim 3: 7718-20_M05-05_core 4: 7718-20_M05-06_core 5: 7718-20_M08-09_core 6: 7718-20_M08-107_rim 7: 7718-20_M09-12_core 8: 7718-20_M09-109_rim 9: 7718-20_M10-14_core 10: 7718-20_M10-118_rim 11: 7718-20_M11-124_core 12: 7718-20_M14-18_core 13: 7718-20_M14-134_rim 14: 7718-20_M16-139_core 15: 5814-09_MM1-20_core 16: 5814-09_MM2-23_core 17: 5814-09_MM3-27_core 18: 5814-09_M03-68_core 19: 5814-09_MM4-28_core 20: 5814-09_MM5-30_core 21: 5814-09_MM6-31_core 22: 5814-09_MM7-33_core 23: 5814-09_MM8-36_core 24: 1007-01_M03-154_at tour rim 25: 1007-01_M03-156_at tour rim 26: 1007-01_M04-167_at tour rim 27: 1007-01_M04-168_at tour rim 28: 1007-01_M06-187_at tour rim 29: 1007-01_M06-188_at tour rim 30: 3815-02_M01-01_rim 31: 3815-02_M05-01_core 32: 3815-02_M19-01_core 33: 3815-02_M35-01_core 34: 3815-02_M35-02_rim 35: 3815-02_M36-01_core 36: 3818-03_M02-12_at tour rim 37: 3818-03_M06-03_at tour rim 38: 3818-03_M06-04_at tour rim 39: 3818-03_M08-28_at tour rim 40: 3818-03_M08-29_at tour rim 41: 3818-03_M14-21_at tour rim 42: 7716-54_M01-12_core 43: 7716-54_M01-39_core 44: 7716-54_M02-23_at tour rim 45: 7716-54_M03-34_at tour rim 46: 7716-54_M04-45_at tour rim 47: 7716-54_M05-57_at tour rim 48: 7716-54_M06-41_core 49: 7716-54_M06-65_at tour rim 50: 7716-54_M07-74_at tour rim 51: 7716-54_M09-44_core 52: 7716-54_M09-83_at tour rim 53: 7716-54_MM1-46_core 54: 7716-54_MM2-50_core 55: 7716-54_MM3-52_core 56: 7716-54_MM4-55_core
(a) SEM-EDS on JEOL JSM-7001F SEM-EDS
(b) calculation based on the ideal chemical formula on JEOL JSM-7001F SEM-EDS
@article{20191212144243-900615,
author={{7716-54_M07-74_at tour rim}},
title={Specimen at \nolinkurl{/}},
journal={\href{http://dream.misasa.okayama-u.ac.jp/?q=20191212144243-900615}{DREAM}},
volume={20},
pages={20191212144243-900615},
year={2019},
url={http://dream.misasa.okayama-u.ac.jp/?q=20191212144243-900615},
}<?xml version="1.0" encoding="UTF-8"?>
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<name>7716-54_M07-74_at tour rim</name>
<device>SEM-EDS JEOL JSM-7001F </device>
<technique>SEM-EDS</technique>
<operator>Ota</operator>
<sample_global_id>20191212144243-900615</sample_global_id>
<sample_name>7716-54_M07-74_at tour rim</sample_name>
<description/>
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<analysis>
<nickname>SiO2</nickname>
<value>46.6</value>
<unit>%</unit>
<uncertainty/>
<label/>
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<nickname>TiO2</nickname>
<value>0.15</value>
<unit>%</unit>
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</analysis>
<analysis>
<nickname>Al2O3</nickname>
<value>33.6</value>
<unit>%</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>Cr2O3</nickname>
<value>1.36</value>
<unit>%</unit>
<uncertainty/>
<label/>
<info/>
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<analysis>
<nickname>FeOT</nickname>
<value>1.6</value>
<unit>%</unit>
<uncertainty/>
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<analysis>
<nickname>MgO</nickname>
<value>1.21</value>
<unit>%</unit>
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<analysis>
<nickname>Na2O</nickname>
<value>0.66</value>
<unit>%</unit>
<uncertainty/>
<label/>
<info/>
</analysis>
<analysis>
<nickname>K2O</nickname>
<value>9.83</value>
<unit>%</unit>
<uncertainty/>
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<info/>
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<analysis>
<nickname>BaO</nickname>
<value>0.41</value>
<unit>%</unit>
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<label/>
<info/>
</analysis>
</chemistries>
</acquisition>
<acquisition>
<global_id>20200323151842-625140</global_id>
<name>7716-54_M07-74_at tour rim</name>
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<sample_global_id>20191212144243-900615</sample_global_id>
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<nickname>H2O</nickname>
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place quantity