Display Results of Searched Sample

Sample code : JG-1
Element code : SiO2
Unit : %

value	technique	year	title_of_literature<MAX120col.>	journal<MAX120col.>	vol	page	name<MAX80col.>
72.01	CHEM	1968	Personal communication, Tokyo Univ., Japan				H.Haramura
72.35	CHEM	1967	Personal communication, U.S.Geological Survey, Denver, Colorado, USA				E.L.Munson
72.08	CHEM	1968	Quated in K.Govindaraju (1968, 1969).				M.Vernet
72.40	COLOR	1968	Personal communication, C.R.P.G., Univ. of Nancy, France.				K.Govindaraju
72.40	CHEM	1967	Personal communication, Asahi Glass Co LTD, Japan				M.Funaoka, Asahi Glass Co.Ltd.
72.71	CHEM	1967	Personal communication, Onoda Sement Co., Japan				Onoda Sement Co.Ltd.
72.42	CHEM	1967	Personal communicaction, Nittetsu Mining Co. LTD, Mitaka Research Centre, Japan				Nittetsu Mining Co.Ltd.
72.87	CHEM	1968	Quated in Maxell,J.A.(1968)				J.L.Bouvier
72.11	CHEM	1969	Personal communication, Tohoku Univ., Japan.				K.Aoki
72.41	CHEM	1969	Quated in Y.Ueda (1969)				H.Onuki
71.98	CHEM	1969	Personal communicaction, Tohoku Univ., Japan				Y.Kato
72.41	CHEM	1970	Quoted in K.Nagashima (1970)				K.Nakao
72.15	CHEM	1970	Personal communicaction, Geological Survey of Japan				Maeda K.
72.21	CHEM	1970	Personal communication, Geological Suevey of Japan, Sendai, Japan.				T.Abe
72.87	CHEM	1968	Personal communication, Nihon Cement Res.Lob., Japan				Nihon Cement Res.Lob.
72.20	CHEM	1968	Personal communication, Nogoya Institute of Technology, Nagoya, Japan				Y.Hikichi
71.99	CHEM	1970	Personal communication, Hokkaido Univ., Japan				Y.Ohba
72.15	COLOR	1970	Personal communicaction, Yamaguchi Univ., Yamaguchi, Japan				M.Murakami
72.30	CHEM	1970	Personal communication, Kyushu Univ., Japan				K.Ishibashi
72.21	CHEM	1970	Personal communication, Geological Survey of Japan				T.Omori
71.62	CHEM	1970	JB-1 and JG-1 -Geological Survey of Japan silicate rock standards-	J. Geol. Sco. Japan	76	441-447	T.Tiba
72.52	GRAV	1971	Collective analysis of silicate rocks in the mass and analyses of standard rocks-With special reference to carbonate bearing silicate rocks-.	J. Geol. Soc. Japan	77	453-463	R.Sugisaki and T.Tanaka
70.90	XRF	1971	Personal communication, University of Arkansas, U.S.A.				K.F. Steele
72.55	XRF	1970	Personal communication, Univ. of North Caroline, USA				J.G.Sullivan
71.78	XRF	1972	Personal communication, The Australian National Univ.,Canberra, Australia				P.H.Beasley
72.19	CHEM	1972	Personal communication, Tokyo Coal and Mineral Lab., Tokyo, Japan				K.Ohta
72.43	CHEM	1972	Quated in Schmidt K. (1972)				D.C.G.Friese
72.33	CHEM	1972	Personal communication, Muroran Institute of Technology, Muroran, Japan				H.Shirahata
71.5	AA	1972	Personal communication, The University of Newcastle upon Tyne, England				B.A.O.Randball
72.40	EPMA	1972	Personal communication, Kanazawa Univ., Japan				T.Mori
72.70	COLOR	1974	Personal communicaction, Mitsubishi Mining Cement Research Lab., Japan				G.Maruyama and M.Suda
72.20	COLOR	1975.01	Personal communication, Service Analyse et Contro, Complexe Scientifique, Canada.				J. Gagnon
72.3	CHEM	1977	The major-, minor-, and trace-element analysis of silicate rocks and minerals from a single sample solution	Schweiz. mineral. petrogr. Mitt.	57	299-312	B.Ayranci
72.24	XRF	1976	Personal communication, Brinham Young Univ., Utah, USA				M.G.Best
73.36	CHEM	1976.05	Personal communication, The University of Stellenbosch, South Africa.				D.H. Cornell
71.9	CHEM	1975	Personal communication, Bern Univ., Switzerland				T.Hugi
72.06	CHEM	1976	Personal communicaction, Ohio State Univ., USA				P.R.Kyle
*73.06	UU	1976	Subsolidus equilibria between pyroxenes in the CaO-MgO-SiO2 system at high pressures and temperatures	American Mineralogist	61	616-625	T.Mori and D.H.Green
72.29	XRF	1979	Personal communication, University of Adelaide, Australia				M.Ogasawara
72.04	ICPES	1985	Personal communication, Institute of Lithosphere, USSR				N.I.Gulko
72.27	XRF	1985.03	Personal communication, University of Lund, Sweden				Z.Solyom
72.45	XRF	1985.06	Personal communication, Earth Sciences Board, University of California				J.Gill
72.91	XRF	1985.01	X-ray fluorescence analysis of major elements in silicate rocks (in Japanese with English abstract)	Sci. Repts., Dept. Geol., Kyushu Univ.	14	103-115	S.Nakada, T.Yanagi, S.Maeda, D.Fang and M.Yamaguch
72.30	IDMS	1984.12	Strontium isotopic consequence of the volcanic rocks from Fuji, Hakone and Izu areas(in Japanese with English abstract)	Bull. Geol. Surv. Japan	35	637-659	H.Kurasawa
72.25	GRAV	1985.02	Determination of major and minor elements in GSJ reference rock samples (JB-1a and JG-1a) (in Japanese with English abstract)	Bunseki Kagaku	34	104-107	T.Yamashige, M.Yamamoto, S.Terashima, Y.Shigetomi,
72.11	CHEM	1985.12	Photon-activation analysis of GSJ standard rocks	Res. Rep. Lab. Nuc. Sci. Tohoku Univ.	18	336-350	T.Yoshida and K.Aoki
72.76	XRF	1982.04	Personal communication, Univ. Tronto, Canada				O.Ujike
72.17	AA	1978.11	Personal communication				S.Yamazaki
72.34	XRF	1982.11	Single pass major element X-ray fluorescence analysis of silicate rock samples using a Philips 1212 spectrometer	X-ray Spectrometry	11	100-108	R.J.Parker
72.6	ICPES	1979	Determination of major and minor elements in silicates by inductively coupled plasma emission spectrometry	Anal. Chim. Acta	108	87-92	H.Uchida, T.Uchida and C.Iida
72.01	ICPES	1984.05	Simple and rapid determination of major elements in miligram amounts of silicate by multi-channel inductively coupled plasma emission spectrometry (in Japanese with English abstract)	Bunseki Kagaku	33	242-247	T.Uchida, C.Iida, K.Yamasaki, S.Kanaoka, Y.Ohmori
72.35	XRF	1977.11	An automatic X-ray fluorescence method for e analysis of silicate rocks (in Japanese with English abstract)	J. Geol. Soc. Japan	83	725-733	R.Sugisaki, T.Shimomura and K.Ando
72.66	ICPES	1984.05	Personal communication, Technical Service Laboratories, Canada				A.H.Debnam
72.03	GRAV	1985.11	Analytical data on the GSJ geochemical reference samples of JA-1, JB-1, JB-2, JB-3, JG-1, JGb-1, JR-1 and JR-2	Bull. Hiruzen Res. Institute, Okayama Univ. Sci.	11	15-21	H.Nishido, Y.Ye, T.Sakamoto and A.Doi
72.74	COLOR	1986.08	New scheme for complete silicate analysis based on ion-exchange chromatography	Fresenius Z. Anal. Chem.	324	43-46	R.Kuroda, N.Suzuki and K.Oguma
72.08	GRAV	1987.07	Personal communication, BMG, Philippines				E.M.Macalalad
72.33	COLOR	1987.1	Determination of silica in standard rocks by FIA method(Abst.,in Japanese)	36th Annual Meeting Japan Soc. Anal. Chem.		950	T.Uchida, K.Yamamoto, I.Kojima and C.Iida
72.42	XRF	1988.1	Elemental concentrations in Japanese silicate rock standards: A comparison with the literature	Geost. Newsletter	12	379-389	K.W.Sims, E.S.Gladney, C.Lundstrom and N.W.Bower
72.2	COLOR	1985	Spectrophotometric determination of silicon in silicates by flow-injection analysis	Talanta	32	353-357	R.Kuroda, I.Ida and H.Kimura
72.17	EPMA	1984	X-ray energy spectrometry for electron-probe analysis	J. Geol. Soc. Japan	90	271-285	T.Mori and K.Kanehira
73.20	INAA	1989	Elemental analysis of geological samples by cyclic activation using a 14 MeV neutron generator and applying flux corrections	J. Radio. Nuc. Chem., Articles	134	27-37	P.Ila and D.S.Murty
72.1919	XRF	1989	XRF ANALYTICAL REPORT 1/89, Determination of major elements in igneous rocks using Sc/Mo dual anode tube	GSJ Open-file Report			S.Togashi
72.92	XRF	1992.12	X-ray Fluprescence Analysis by using Fundamental Parameter Method.	Bull.Institute for advanced Materials Processing Tohoku Univ.	48	140-150	K.Sugiyama,J.W.Essel
71.89	XRF	1997	Personal communication,UNAM,Mexico				Rufino Lozano