Display Results of Searched Sample

Sample code : JB-1
Element code : Yb
Unit : ppm

value technique year title_of_literature<MAX120col.> journal<MAX120col.> vol page name<MAX80col.>

2.01 IDMS 1971 Personal communication, NASA, Goddard, Maryland, U.S.A. H.Nagasawa

2.15 IDMS 1971 Personal communication, Geological Suevey of Japan. T.Tanaka and A.Masuda

2.18 NAA 1971 Personal communicaction, University of Osaka Prefecture, Japan Y.Masuda and Yagi

<4 OES 1973.06 Personal communication, Geological Survey of Canada. W.H. Champ and G.P. Bender

1.2 NAA 1974 Some trace element data and their interpretation for several new reference samples obtained by neutron activation analysis Chem. Geol. 13 237-256 K.Randle

2.13 IDMS 1974 Personal communication, Geological Suevey of Japan. T.Tanaka

2.1 SSMS 1976 Analysis of JG-1 and by spark source mass spectrometry Jour. Geol. Soc. Japan 82 215-217 P.C.Rankin

2.07 NAA 1976 Personal communication, The Open University, Walton Hall, England. P.J. Potts

2.8 NAA 1978 Instrumental neutron activation analysis of twenty-nine international geochemical reference samples Geost. Newsletter 2 187-197 S.Pall

2.1 INAA 1979 Apoll 15 deep drill core: Trace element and metallic iron abundances in size fractions of sample 15002, 170 Proc. Lunar Planet. Sci. Conf. 10 th. 1321-1332 C.L. Chou and G.W. Pearce

1.95 INAA 1979.06 Personal communication, University of Rhode Island, U.S.A. J. Hickey

1.5 NAA 1981.1 Personal communication, Coverment Industrial Research Institute Nagoya, Japan T.Kawashima

2.8 INAA 1979.03 Application of instrumental neutron activation analysis for environmental samples Rep. Ministry of Educ. (1) 122-124 H.Hamaguchi, N.Nonaka, H.Fukushima and H.Higuchi

2.13 NAA 1977.07 Personal communication, Tokyo Gakugei University, Japan Y.Sakakibara

2.3 INAA 1985.1 Personal communication, Tokyo Gakugei University, Japan S.Ninomiya

2.1 ICPES 1985.07 Personal communication, Tokyo University, Japan K.Toyoda

2.09 INAA 1982 REE patterns of the metasedimentary rocks of the land's end granite aureole (southwest England) Chem. Geol. 35 265-280 P.Mitropoulos

2.14 IDMS 1975 Geological significance of rare earth elements in Japanese geosynclinal basalts Contrib. Mineral. Petrol. 52 233-246 T.Tanaka

2.10 ICPES 1985 Determination of rare earth elements in geological standard rock samples by inductively coupled plasma atomic emission spectrometry Chemistry Letters 981-984 K.Toyoda and H.Haraguchi

2.0 INAA 1985.1 Analysis of standard rock samples by neutron activation, x-ray fluorescence and Mossbauer Methods(Abst.,in Japanese) 29 Symp. Radioch. Y.Minai, M.Ebihara, K.Sakamoto, N.Aota, R.Matsumot

1.8 INAA 1986.06 Distribution of rare earth elements in basaltic rocks (in Japanese with English abstract) Proceed. Inst. Natural Sci. Nihon Univ. 21 1-23 M.Honda, H.Nagai, T.Nakasone, M.Kuboki, M.Sudoh, T

2.19 NAA 1985.08 Reevaluation of rare earth element abundances in Japanese standard rock samples, JG-1 and JB-1 Analytical Sciences 1 209-213 M.Ebihara, Y.Minai, M.K.Kubo, T.Tominaga, N.Aota,

2.04 INAA 1987.1 A fully automated gamma-ray counting and data data processing system for INAA and analysis of rock reference samples (in Japanese with English abstract) Bull. Geol. Surv. Japan 39 537-557 T.Tanaka, H.Kamioka and K.Yamanaka

2.04 IDMS 1984.1 Precise determination of Ho in meteorite and standard rocks by isotope dilution (Abst.,in Japanese) 1984 Annual Meet. Japan Geoch. Soc. 138 O.Kawakami and A.Masuda

2.1 ICPMS 1988.03 Personal communication, National Inst. Agro-Env. Sci. A.Yoshino

2.17 ICPMS 1988.12 Precise determination of rare earth elements in geological standard rocks by inductively coupled plasma source mass spectrometry Analytical Sciences 4 637-643 T.Hirata, H.Shimizu, T.Akagi, H.Sawatari and A.Mas

2.16 RNAA 1989.02 Precise determination of rare earth elements in rocks by neutron activation analysis J. Radio. Nuc. Chem., Articles 129 23-31 Y.Terakada, T.Fujitani and J.Takada

2.11 ICPMS 1989.08 Personal communication, Geological Survey of Japan N.Imai

2.4 SIMS 1989.1 Quantitative SIMS of rock reference samples Geoch. J. 23 215-236 H.Yurimoto, A.Yamashita, N.Nishida and S.Sueno

2.20 INAA 1984 Trace element mobility in alteration zones associated with archean au lode deposits Econ. Geol. 79 1131-1141 J.N.Ludden, R.Daigneault, F.Robert and R.P.Taylor

2.09 RNAA 1982 REE patterns of the metasedimentary rocks of the land's end granite aureole (Southwest England) Chem. Geol. 35 265-280 P.Mitropoulos

2.10 INAA 1981 Determination of the rare-earth element abundances in 29 international rock standards by instrumental neutron activation analysis: A critical appraisal of calibration errors Chem. Geol. 34 331-352 P.J.Potts, O.W.Thorpe

2.9 SIMS 1985 In situ rare-earth element analysis of coexisting pyroxene and plagioclase by secondary ion mass spectrometry Chem. Geol. 53 325-333 N.D.Macrae and J.B.Metson

2.12 ICPES 1988 Determination of rare earth elements in geological samples by inductively-coupled plasma atomic emission spectrometry after oxalate coprecipitation and cation-exchange column separation Anal. Chim. Acta 208 163-172 K.Iwasaki and H.Haraguchi

2.24 IDMS 1986 High accuracy in the element analysis by mass spectrometry Fresenius Z. Anal. Chem. 324 601-611 K.G.Heumann

2.11 INAA 1984 Petrology of basalts from the Mohns-Knipovich ridge; the Norwegian-Greenland sea Contrib. Mineral. Petrol 85 209-223 E.R.Neumann and J.G.Schilling

2.2 INAA 1984.04 Trace element analysis by neutron activation with a low flux reactor (slowpoke-II): Results for international reference rocks Geost. Newsletter 8 17-23 S.J.Barnes and M.P.Gorton

1.96 ICPES 1988.04 Determination of the rare-earth elements and yttrium in 37 international silicate reference materials by inductively coupled plasma-atomic emission spectrometry Geost. Newsletter 12 1-12 K.E.Jarvis and I.Jarvis

2.49 INAA 1980 Rare earth element mobility during granite alteration: evidence from southwest England Earth Planet. Sci. Let. 49 149-165 D.H.M.Alderton, J.A.Pearce and P.J.Potts

2.21 INAA 1981 The scourie dyke suite: petrogenesis and geochemical nature of the proterozoic sub-continental mantle Contrib. Mineral. Petrol 78 175-188 B.L.Weaver and J.Tarney

2.1 FAA 1981 Evaluation of a combined ion exchange-graphite furnace atomic absorption procedure for determination of rare-earth elements in geological samples Chem. Geol. 32 33-340 S.J.Horsky and

2.24 INAA 1979 Trace element concentrations in silicate spherules from oceanic sediments Geoch. Cosmo. Acta 43 267-272 H.Nagasawa, K.Yamakoshi and T.Shimamura

2.15 SSMS 1981 Determination of rare-earth elements in rocks by spark source mass spectrometry and isotope dilution after ion-exchange separation in mixed solvents Fresenius Z. Anal. Chem. 309 312-315 J.V.Puymbroeck and R.Gijbels

2.24 SSMS 1981 Determination of rare-earth elements in rocks by spark source mass spectrometry and isotope dilution after ion-exchange separation in mixed solvents Fresenius Z. Anal. Chem. 309 312-315 J.V.Puymbroeck and R.Gijbels

1.94 IDMS 1989 Volcanism in nascent back-arc basins behind the shichito ridge and adjacent areas in the Izu-Ogasawara arc, northwest Pacific: evidence for mixing between E-type MORB and island arc magmas at the initiation of back-arc rifting Contrib. Mineral. Petrol 101 377-393 Y.Ikeda and M.Yuasa

2.08 ICPES 1989 Determination of rare earth elements and yttrium in rocks using the plasma ⅡICP emission spectrometer Atomic Spectroscopy 10 4- Z.Sulcek, I.Rubeska,

2.1 INAA 1980 The use of pre-irradiation group separations with neutron activation analysis for the determination of the rare earths in silicate rocks J. Radioanal. Chem. 59 323-330 I.W.Croudace

2.11 ICPES 1988 Chemical analysis of REE and trace metals in GSJ rock reference samples by ICP J.Japan Assoc.Min Pet.Econ.Geol 83 102-106 M.Tagiri and A.Fujinawa

2.12 ICPMS 1992 Determination of trace and ultra-trace elements in 32 international geostandards by ICP-MS Jour.Min.Pet.Econ.Geol 87 107-122 T.Yoshida,S.Yamasaki and A.Tsumura

2.04 IC 1992 The rare-earth element content of GSJ rock reference Samples determined by gradient ion chromatography Geochem. J. 26 241-249 R.T.Watkins and

1.75 IC 1995 Analysis of rare-earth elements in rock samples by ion chromatography using alpha-HIBA as an eluent J.Japan Assoc.Min Pet.Econ.Geol 90 103-108 Y.Asahara, T.Tanaka and H.Yamamoto

2.22 ICPMS 1997 Personal communication,Koberuko Co., Japan Someya

2.20 ICPMS 1998 Personal communication,K.Ishida,Kyushyu,Univ,Japan K.Ishida

2.18 ICPMS 1997 Suppression of Matrix Effects In ICP-MS by High Power Operation of ICP:Application to Precise Determination of Rb,Sr,Y,Cs,Ba,REE,pb,Th and U at ng g Levels in Milligram Silicate Samples　　 Geostandards Newsletter 21 307-319 A.Makishima and E.Nakamura

value	technique	year	title_of_literature<MAX120col.>	journal<MAX120col.>	vol	page	name<MAX80col.>
2.01	IDMS	1971	Personal communication, NASA, Goddard, Maryland, U.S.A.				H.Nagasawa
2.15	IDMS	1971	Personal communication, Geological Suevey of Japan.				T.Tanaka and A.Masuda
2.18	NAA	1971	Personal communicaction, University of Osaka Prefecture, Japan				Y.Masuda and Yagi
<4	OES	1973.06	Personal communication, Geological Survey of Canada.				W.H. Champ and G.P. Bender
1.2	NAA	1974	Some trace element data and their interpretation for several new reference samples obtained by neutron activation analysis	Chem. Geol.	13	237-256	K.Randle
2.13	IDMS	1974	Personal communication, Geological Suevey of Japan.				T.Tanaka
2.1	SSMS	1976	Analysis of JG-1 and by spark source mass spectrometry	Jour. Geol. Soc. Japan	82	215-217	P.C.Rankin
2.07	NAA	1976	Personal communication, The Open University, Walton Hall, England.				P.J. Potts
2.8	NAA	1978	Instrumental neutron activation analysis of twenty-nine international geochemical reference samples	Geost. Newsletter	2	187-197	S.Pall
2.1	INAA	1979	Apoll 15 deep drill core: Trace element and metallic iron abundances in size fractions of sample 15002, 170	Proc. Lunar Planet. Sci. Conf. 10 th.		1321-1332	C.L. Chou and G.W. Pearce
1.95	INAA	1979.06	Personal communication, University of Rhode Island, U.S.A.				J. Hickey
1.5	NAA	1981.1	Personal communication, Coverment Industrial Research Institute Nagoya, Japan				T.Kawashima
2.8	INAA	1979.03	Application of instrumental neutron activation analysis for environmental samples	Rep. Ministry of Educ.	(1)	122-124	H.Hamaguchi, N.Nonaka, H.Fukushima and H.Higuchi
2.13	NAA	1977.07	Personal communication, Tokyo Gakugei University, Japan				Y.Sakakibara
2.3	INAA	1985.1	Personal communication, Tokyo Gakugei University, Japan				S.Ninomiya
2.1	ICPES	1985.07	Personal communication, Tokyo University, Japan				K.Toyoda
2.09	INAA	1982	REE patterns of the metasedimentary rocks of the land's end granite aureole (southwest England)	Chem. Geol.	35	265-280	P.Mitropoulos
2.14	IDMS	1975	Geological significance of rare earth elements in Japanese geosynclinal basalts	Contrib. Mineral. Petrol.	52	233-246	T.Tanaka
2.10	ICPES	1985	Determination of rare earth elements in geological standard rock samples by inductively coupled plasma atomic emission spectrometry	Chemistry Letters		981-984	K.Toyoda and H.Haraguchi
2.0	INAA	1985.1	Analysis of standard rock samples by neutron activation, x-ray fluorescence and Mossbauer Methods(Abst.,in Japanese)	29 Symp. Radioch.			Y.Minai, M.Ebihara, K.Sakamoto, N.Aota, R.Matsumot
1.8	INAA	1986.06	Distribution of rare earth elements in basaltic rocks (in Japanese with English abstract)	Proceed. Inst. Natural Sci. Nihon Univ.	21	1-23	M.Honda, H.Nagai, T.Nakasone, M.Kuboki, M.Sudoh, T
2.19	NAA	1985.08	Reevaluation of rare earth element abundances in Japanese standard rock samples, JG-1 and JB-1	Analytical Sciences	1	209-213	M.Ebihara, Y.Minai, M.K.Kubo, T.Tominaga, N.Aota,
2.04	INAA	1987.1	A fully automated gamma-ray counting and data data processing system for INAA and analysis of rock reference samples (in Japanese with English abstract)	Bull. Geol. Surv. Japan	39	537-557	T.Tanaka, H.Kamioka and K.Yamanaka
2.04	IDMS	1984.1	Precise determination of Ho in meteorite and standard rocks by isotope dilution (Abst.,in Japanese)	1984 Annual Meet. Japan Geoch. Soc.		138	O.Kawakami and A.Masuda
2.1	ICPMS	1988.03	Personal communication, National Inst. Agro-Env. Sci.				A.Yoshino
2.17	ICPMS	1988.12	Precise determination of rare earth elements in geological standard rocks by inductively coupled plasma source mass spectrometry	Analytical Sciences	4	637-643	T.Hirata, H.Shimizu, T.Akagi, H.Sawatari and A.Mas
2.16	RNAA	1989.02	Precise determination of rare earth elements in rocks by neutron activation analysis	J. Radio. Nuc. Chem., Articles	129	23-31	Y.Terakada, T.Fujitani and J.Takada
2.11	ICPMS	1989.08	Personal communication, Geological Survey of Japan				N.Imai
2.4	SIMS	1989.1	Quantitative SIMS of rock reference samples	Geoch. J.	23	215-236	H.Yurimoto, A.Yamashita, N.Nishida and S.Sueno
2.20	INAA	1984	Trace element mobility in alteration zones associated with archean au lode deposits	Econ. Geol.	79	1131-1141	J.N.Ludden, R.Daigneault, F.Robert and R.P.Taylor
2.09	RNAA	1982	REE patterns of the metasedimentary rocks of the land's end granite aureole (Southwest England)	Chem. Geol.	35	265-280	P.Mitropoulos
2.10	INAA	1981	Determination of the rare-earth element abundances in 29 international rock standards by instrumental neutron activation analysis: A critical appraisal of calibration errors	Chem. Geol.	34	331-352	P.J.Potts, O.W.Thorpe
2.9	SIMS	1985	In situ rare-earth element analysis of coexisting pyroxene and plagioclase by secondary ion mass spectrometry	Chem. Geol.	53	325-333	N.D.Macrae and J.B.Metson
2.12	ICPES	1988	Determination of rare earth elements in geological samples by inductively-coupled plasma atomic emission spectrometry after oxalate coprecipitation and cation-exchange column separation	Anal. Chim. Acta	208	163-172	K.Iwasaki and H.Haraguchi
2.24	IDMS	1986	High accuracy in the element analysis by mass spectrometry	Fresenius Z. Anal. Chem.	324	601-611	K.G.Heumann
2.11	INAA	1984	Petrology of basalts from the Mohns-Knipovich ridge; the Norwegian-Greenland sea	Contrib. Mineral. Petrol	85	209-223	E.R.Neumann and J.G.Schilling
2.2	INAA	1984.04	Trace element analysis by neutron activation with a low flux reactor (slowpoke-II): Results for international reference rocks	Geost. Newsletter	8	17-23	S.J.Barnes and M.P.Gorton
1.96	ICPES	1988.04	Determination of the rare-earth elements and yttrium in 37 international silicate reference materials by inductively coupled plasma-atomic emission spectrometry	Geost. Newsletter	12	1-12	K.E.Jarvis and I.Jarvis
2.49	INAA	1980	Rare earth element mobility during granite alteration: evidence from southwest England	Earth Planet. Sci. Let.	49	149-165	D.H.M.Alderton, J.A.Pearce and P.J.Potts
2.21	INAA	1981	The scourie dyke suite: petrogenesis and geochemical nature of the proterozoic sub-continental mantle	Contrib. Mineral. Petrol	78	175-188	B.L.Weaver and J.Tarney
2.1	FAA	1981	Evaluation of a combined ion exchange-graphite furnace atomic absorption procedure for determination of rare-earth elements in geological samples	Chem. Geol.	32	33-340	S.J.Horsky and
2.24	INAA	1979	Trace element concentrations in silicate spherules from oceanic sediments	Geoch. Cosmo. Acta	43	267-272	H.Nagasawa, K.Yamakoshi and T.Shimamura
2.15	SSMS	1981	Determination of rare-earth elements in rocks by spark source mass spectrometry and isotope dilution after ion-exchange separation in mixed solvents	Fresenius Z. Anal. Chem.	309	312-315	J.V.Puymbroeck and R.Gijbels
2.24	SSMS	1981	Determination of rare-earth elements in rocks by spark source mass spectrometry and isotope dilution after ion-exchange separation in mixed solvents	Fresenius Z. Anal. Chem.	309	312-315	J.V.Puymbroeck and R.Gijbels
1.94	IDMS	1989	Volcanism in nascent back-arc basins behind the shichito ridge and adjacent areas in the Izu-Ogasawara arc, northwest Pacific: evidence for mixing between E-type MORB and island arc magmas at the initiation of back-arc rifting	Contrib. Mineral. Petrol	101	377-393	Y.Ikeda and M.Yuasa
2.08	ICPES	1989	Determination of rare earth elements and yttrium in rocks using the plasma ⅡICP emission spectrometer	Atomic Spectroscopy	10	4-	Z.Sulcek, I.Rubeska,
2.1	INAA	1980	The use of pre-irradiation group separations with neutron activation analysis for the determination of the rare earths in silicate rocks	J. Radioanal. Chem.	59	323-330	I.W.Croudace
2.11	ICPES	1988	Chemical analysis of REE and trace metals in GSJ rock reference samples by ICP	J.Japan Assoc.Min Pet.Econ.Geol	83	102-106	M.Tagiri and A.Fujinawa
2.12	ICPMS	1992	Determination of trace and ultra-trace elements in 32 international geostandards by ICP-MS	Jour.Min.Pet.Econ.Geol	87	107-122	T.Yoshida,S.Yamasaki and A.Tsumura
2.04	IC	1992	The rare-earth element content of GSJ rock reference Samples determined by gradient ion chromatography	Geochem. J.	26	241-249	R.T.Watkins and
1.75	IC	1995	Analysis of rare-earth elements in rock samples by ion chromatography using alpha-HIBA as an eluent	J.Japan Assoc.Min Pet.Econ.Geol	90	103-108	Y.Asahara, T.Tanaka and H.Yamamoto
2.22	ICPMS	1997	Personal communication,Koberuko Co., Japan				Someya
2.20	ICPMS	1998	Personal communication,K.Ishida,Kyushyu,Univ,Japan				K.Ishida
2.18	ICPMS	1997	Suppression of Matrix Effects In ICP-MS by High Power Operation of ICP:Application to Precise Determination of Rb,Sr,Y,Cs,Ba,REE,pb,Th and U at ng g Levels in Milligram Silicate Samples	Geostandards Newsletter	21	307-319	A.Makishima and E.Nakamura

Hit number : 54

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Display Results of Searched Sample

Sample code : JB-1 Element code : Yb Unit : ppm

Sample code : JB-1
Element code : Yb
Unit : ppm