pub

classification: chondrite:carbonaceous
physical-form: powder
quantity (g): 0.4521
modified at 2020-05-15

Table 5b. Analytical results for lithium (μg g-1) in chondrites by TIMS Takuya Moriguti et al. (2004)

1: Allende-12 2: Allende-1 3: Allende-2 4: Murchison

(a) Li isotopes_procedures of Moriguti and Nakamura (1998) on TIMS Thermo-Fisher MAT261

Table 3. La-Ce isotopic results of meteorites Makishima, Akio & Masuda, Akimasa (1993)

1: Murchison 2: Granes 3: Holbrook #1 4: Holbrook #2 5: Barwise #1 6: Barwise #2 7: Camel Donga 1 8: Juvinas 9: Millbillillie1-a 10: Millbillillie-2 #1 11: Millbillillie-2 #2

(a) TIMS on TIMS Thermo-Fisher MAT261

Table 1. REE concentration (ppm) in meteorites Makishima, Akio & Masuda, Akimasa (1993)

1: Murchison 2: Granes 3: Holbrook (69) 4: Barwise-2 5: Camel Donga 1 6: Juvinas 7: Millbillillie1-a 8: Millbillillie-2

(a) TIMS on TIMS Thermo-Fisher MAT261

Table 3. Li isotope ratios of meteorites by TIMS Takuya Moriguti et al. (2004)

1: Allende-12 2: Allende-1 3: Allende-2 4: Murchison

(a) Li isotopes_procedures of Moriguti and Nakamura (1998) on TIMS Thermo-Fisher MAT261

Table 5 δ66Zn of carbonaceous chondrites Akio Makishima & Eizo Nakamura (2013)

1: Orgueil 2: Murchison 3: Allende (T)

(a) MC-ICPMS on ICPMS Thermo-Fisher Neptune

Table 5a. Analytical results for lithium (μg g-1) in chondrites by ICP-MS Takuya Moriguti et al. (2004)

1: Allende-12 2: Allende-1 3: Allende-2 4: Murchison

(a) Li isotopes_procedures of Moriguti and Nakamura (1998) on ICPMS Yokogawa PMS2000

Table 2. Sm-Nd isotopic results Makishima, Akio & Masuda, Akimasa (1993)

1: Murchison 2: Granes 3: Holbrook (69) 4: Barwise-2 5: Camel Donga 1 6: Juvinas 7: Millbillillie1-a 8: Millbillillie-2

(a) TIMS on TIMS Thermo-Fisher MAT261

Table 10.Analytical results for carbonaceous chondrites Makishima, Akio & Nakamura, E. (2006)

1: Orgueil #1 2: Orgueil #2 3: Murchison #1 4: Murchison #2 5: Allende #1 6: Allende #2

(a) ICPMS with isotope dilution and internal standardization on Q-ICPMS Agilent 7500cs

Table 4. δ56Fe values of USGS and GSJ silicate reference materials and carbonaceous chondrites Akio Makishima (2013)

1: BHVO-1 2: AGV-1 3: PCC-1 4: JB-1b 5: JB-2 6: JB-3 powder 7: JA-1 8: JA-2 9: JA-3 powder 10: JP-1 11: Orgueil 12: Murchison 13: Allende (T)

(a) MC-ICPMS on ICPMS Thermo-Fisher Neptune

Table 2 Sulfur concentrations for silicate reference materials and carbonaceous chondrites determined by ID-HR-MC-ICPMS and in references Makishima, Akio & Nakamura, Eizo (2012)

1: JB-2 2: JB-3 powder 3: JA-2 4: JA-3 powder 5: JP-1 6: BCR-2 7: BHVO-1 8: AGV-1 9: Murchison 10: Allende-12 11: Dar al Gani 521 12: Dar al Gani 194

(a) HR-ICPMS on ICPMS Thermo-Fisher Neptune

Table 7. S, TiO 2 , Ge, As, Se, Zr, Nb, Mo, Sn, Sb, Te, Hf and Ta concentrations in carbonaceous chondrites Akio Makishima & Eizo Nakamura (2009)

1: Murchison 2: DaG 194 3: DaG 521 4: Allende (T)

(a) ICPMS with isotope dilution and internal standardization on Q-ICPMS Agilent 7500cs

Table 5. Analytical results for Cd concentrations in carbonaceous chondrites Akio Makishima et al. (2011)

1: Orgueil_Cd-Mo-Ga_#1 2: Orgueil_Cd-Mo-Ga_#2 3: Murchison_Cd-Mo-Ga_#1 4: Murchison_Cd-Mo-Ga_#2 5: Allende_Cd-Mo-Ga_#1 6: Allende_Cd-Mo-Ga_#2

(a) Q-ICP-MS_procedures of Makishima and Nakamura (1997, 1999, 2006) on Q-ICPMS Agilent 7500cs

@article{20120710094735-522-706,
 author={{Murchison}},
 title={Powder with quantity 0.4521 g at \nolinkurl{/ISEI/main/clean-lab/229 for TIMS TARO/F/3/A box/}},
 journal={\href{http://dream.misasa.okayama-u.ac.jp/?q=20120710094735-522-706}{DREAM}},
 volume={20},
 pages={20120710094735-522-706},
 year={2012},
 url={http://dream.misasa.okayama-u.ac.jp/?q=20120710094735-522-706},
}

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    <global_id>20191003113551-045112</global_id>
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    <global_id>20191004113713-300139</global_id>
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      <analysis>
        <nickname>TiO2</nickname>
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        <nickname>Ge</nickname>
        <value>22.7</value>
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      <analysis>
        <nickname>As</nickname>
        <value>1.63</value>
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      <analysis>
        <nickname>Se</nickname>
        <value>12.3</value>
        <unit>ug/g</unit>
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      <analysis>
        <nickname>Zr</nickname>
        <value>4.94</value>
        <unit>ug/g</unit>
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      <analysis>
        <nickname>Nb</nickname>
        <value>0.333</value>
        <unit>ug/g</unit>
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      <analysis>
        <nickname>Mo</nickname>
        <value>1.45</value>
        <unit>ug/g</unit>
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      <analysis>
        <nickname>Sn</nickname>
        <value>1.06</value>
        <unit>ug/g</unit>
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      <analysis>
        <nickname>Sb</nickname>
        <value>0.123</value>
        <unit>ug/g</unit>
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      <analysis>
        <nickname>Te</nickname>
        <value>1.32</value>
        <unit>ug/g</unit>
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        <label/>
        <info/>
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      <analysis>
        <nickname>Hf</nickname>
        <value>0.149</value>
        <unit>ug/g</unit>
        <uncertainty/>
        <label/>
        <info/>
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      <analysis>
        <nickname>Ta</nickname>
        <value>0.0176</value>
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  <acquisition>
    <global_id>20191223154205-523816</global_id>
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      <analysis>
        <nickname>S</nickname>
        <value>2.66</value>
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        <uncertainty>3.0</uncertainty>
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  <acquisition>
    <global_id>20200210102134-572291</global_id>
    <name>Murchison_d7Li</name>
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    <technique>Li isotopes_procedures of Moriguti and Nakamura (1998)</technique>
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    <sample_global_id>20120710094735-522-706</sample_global_id>
    <sample_name>Murchison</sample_name>
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      <analysis>
        <nickname>d7Li</nickname>
        <value>2.5</value>
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      <analysis>
        <nickname>Li</nickname>
        <value>1.46</value>
        <unit>ug/g</unit>
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  <acquisition>
    <global_id>20200219151943-846383</global_id>
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    <sample_global_id>20120710094735-522-706</sample_global_id>
    <sample_name>Murchison</sample_name>
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      <analysis>
        <nickname>La138zCe142</nickname>
        <value>0.0032</value>
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      <analysis>
        <nickname>Ce138zCe142</nickname>
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        <unit></unit>
        <uncertainty>5.0e-07</uncertainty>
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      <analysis>
        <nickname>Ce138zCe142i</nickname>
        <value>0.0225329</value>
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        <uncertainty>8.0e-07</uncertainty>
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        <info/>
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  <acquisition>
    <global_id>20200219150029-536032</global_id>
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        <nickname>Sm147zNd144</nickname>
        <value>0.197</value>
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        <nickname>Nd143zNd144</nickname>
        <value>0.512647</value>
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        <uncertainty>5.0e-06</uncertainty>
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        <nickname>eNd</nickname>
        <value>0.18</value>
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        <nickname>Nd143zNd144i</nickname>
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        <uncertainty>0.00012</uncertainty>
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    <global_id>20200219144239-898963</global_id>
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    <operator>Max</operator>
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        <nickname>Eu</nickname>
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        <nickname>Gd</nickname>
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        <nickname>Dy</nickname>
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        <unit>ug/g</unit>
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        <unit>ug/g</unit>
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name

physical-form

quantity

Murchison #1 pub

20191002155459-900260

Murchison #2 pub

20191002155459-611146

Murchison_Cd-Mo-Ga_#1 pub

20191118100635-957543

Murchison_Cd-Mo-Ga_#2 pub

20191118101050-847292

place quantity

ISEI/main/clean-lab/229 for TIMS TARO/F/3/A box 8 months

2019-11-12 10:00 2020-07-17 11:11

description:

ISEI/main/clean-lab/229 for TIMS TARO/A box over 3 years

2016-02-18 20:27 2019-11-12 10:00

description:

A box 1 minute

2016-02-18 20:27 2016-02-18 20:27

description:

ISEI/main/clean-lab/A box 4 months

2015-11-05 14:00 2016-02-18 20:27

description:

name	device	global-id
Murchison_Li pub 1	ICPMS Yokogawa PMS2000	20191015113423-977079
Murchison_d66Zn pub 1	ICPMS Thermo-Fisher Neptune	20191003103144-702901
Murchison_d56Fe pub 1	ICPMS Thermo-Fisher Neptune	20191003113551-045112
Murchison_Ge-As-Se-Te pub 13	Q-ICPMS Agilent 7500cs	20191004113713-300139
Murchison_S (Max, 2012) pub 1	ICPMS Thermo-Fisher Neptune	20191223154205-523816
Murchison_d7Li pub 2	TIMS Thermo-Fisher MAT261	20200210102134-572291
Murchison pub 3	TIMS Thermo-Fisher MAT261	20200219151943-846383
Murchison pub 4	TIMS Thermo-Fisher MAT261	20200219150029-536032
Murchison pub 10	TIMS Thermo-Fisher MAT261	20200219144239-898963
Murchison#1_TE-Max2006 pub 42 on Murchison #1 pub	Q-ICPMS Agilent 7500cs	20191021095807-319574
Murchison#2_TE-Max2006 pub 42 on Murchison #2 pub	Q-ICPMS Agilent 7500cs	20191021100427-442358
Murchison #1_Cd pub 3 on Murchison_Cd-Mo-Ga_#1 pub	Q-ICPMS Agilent 7500cs	20191002155809-460712
Murchison #2_Cd pub 1 on Murchison_Cd-Mo-Ga_#2 pub	Q-ICPMS Agilent 7500cs	20191002155809-338845

	name		global-id
	Makishima, Akio & Nakamura, Eizo (2012) High-resolution MC-ICPMS employing amplifers with a 10 12 ohm resistor for bulk sulfur determination in biological and geological samples, Journal of Analytical Atomic Spectrometry, 27, 891-895, doi:10.1039/c2ja10337k. Table 2 Sulfur concentrations for silicate reference materials and carbonaceous chondrites determined by ID-HR-MC-ICPMS and in references		20191223144532-884161
	Akio Makishima & Eizo Nakamura (2009) Determination of Ge, As, Se and Te in Silicate Samples Using Isotope Dilution‐Internal Standardisation Octopole Reaction Cell ICP‐QMS by Normal Sample Nebulisation, Geostandards and Geoanalytical Research, 33, 369-384, doi:10.1111/j.1751-908X.2009.00014.x. Table 7. S, TiO 2 , Ge, As, Se, Zr, Nb, Mo, Sn, Sb, Te, Hf and Ta concentrations in carbonaceous chondrites		20191004104221-721601
	Akio Makishima (2013) A Simple and Fast Separation Method of Fe Employing Extraction Resin for Isotope Ratio Determination by Multicollector ICP-MS, International Journal of Analytical Mass Spectrometry and Chromatography, 1, 95-102, doi:10.4236/ijamsc.2013.12012. Table 4. δ56Fe values of USGS and GSJ silicate reference materials and carbonaceous chondrites		20191003111344-518696
	Akio Makishima et al. (2011) Simultaneous Determination of Cd, In, Tl and Bi by Isotope Dilution‐Internal Standardisation ICP‐QMS with Corrections Using Externally Measured MoO+/Mo+ Ratios , Geostandards and Geoanalytical Research, 35, 57 - 67, doi:10.1111/j.1751-908X.2010.00054.x. Table 5. Analytical results for Cd concentrations in carbonaceous chondrites		20191002142745-877448
	Makishima, Akio & Nakamura, E. (2006) Determination of Major, Minor and Trace Elements in Silicate Samples by ICP-QMS and ICP-SFMS Applying Isotope Dilution-Internal Standardisation (ID-IS) and Multi-Stage Internal Standardisation, Geostandards and Geoanalytical Research, 30, 245--271, doi:10.1111/j.1751-908X.2006.tb01066.x. Table 10.Analytical results for carbonaceous chondrites		20160819190828-080638
	Akio Makishima & Eizo Nakamura (2013) Low-blank chemistry for Zn stable isotope ratio determination using extraction chromatographic resin and double spike-multiple collector-ICP-MS , Journal of Analytical Atomic Spectrometry, 28, 127-133, doi:10.1039/c2ja30271c. Table 5 δ66Zn of carbonaceous chondrites		20191003095232-210545
	Makishima, Akio & Masuda, Akimasa (1993) Primordial Ce isotopic composition of the solar system, Chemical Geology, 106, 197-205, doi:10.1016/0009-2541(93)90026-F. Table 3. La-Ce isotopic results of meteorites Table 1. REE concentration (ppm) in meteorites Table 2. Sm-Nd isotopic results		20200219141708-609533
	Takuya Moriguti et al. (2004) Determination of Lithium Contents in silicates by Isotope Dilution ICP-MS and Its Evaluation by Isotope Dilution Thermal Ionisation Mass Spectrometry, Geostandars and geoanalytical research, 28, 371-382, doi:10.1111/j.1751-908X.2004.tb00756.x. Table 5b. Analytical results for lithium (μg g-1) in chondrites by TIMS Table 3. Li isotope ratios of meteorites by TIMS Table 5a. Analytical results for lithium (μg g-1) in chondrites by ICP-MS		20191015111023-845326

		name		spots	global-id
		IMG_6622@3097b2fcf6ad1a4cc414d11.JPG pub		0	20120710094741-089-895