Display Results of Searched Sample

Sample code : JA-3
Element code : MgO
Unit : %

valuetechniqueyeartitle_of_literature<MAX120col.>journal<MAX120col.>volpagename<MAX80col.>
3.69XRF 1986.06Personal communication, Kyoritsu Bunseki Center, JapanS.Tanemura
3.74GRAV 1986.07Personal communication, Yamagata University, JapanY.Ohba
3.65AA 1986.1GSJ rock RMs "igneous rock series" and their chemical compositions(Abst.)1986 Annual Meet. Japan Geoch. Soc.243A.Ando and S.Terashima
3.82GRAV 1986.08Personal communication, Japan Chem. Anal. CenterS.Suzuki
3.75XRF 1986.1Personal communication, Govern. Chem. Lab., Brisbane, AustraliaH.A.Olszowy, R.Sumner, R.Francis, J.Hegarty and S.
3.72XRF 1986.1Personal communication, Sheffield Univ., EnglandR.Kanaris-Sotiriou
3.75XRF 1986.1Personal communication, Franklin & Marshall College, PennsylvaniaS.A.Mertzman
3.77XRF 1987.03Personal communication, IFREMER, Centre de Brest, FranceJ.Etoubleau
3.91XRF 1987.01Personal communication, Universite de Liege, Liege, BelgiumI.Roelandts and G.Bologne
3.69XRF 1987.04Personal communication, Cent. Res. Institute, Mitsubishi Metal Co., JapanA.Yoshioka
3.84CHEM 1987.04Personal communication, ORSTOM, services Sci. Cent., Bondy, FranceC.Riandey
3.58AA 1987.04Personal communication, University of Lund, SwedenZ.Solyom
3.55AA 1987.07Personal communication, ETH Inst. Krist. Krist. Petr.,Zurich, SwitzerlandB.Ayranci
3.70XRF 1987.05Personal communication, Gold Fields Laboratories, Johannesburg, South AfricaNielsen D., C.J.Van Niekerk, M.B.Forsyth, P.R.Jani
3.68VOLU 1987.07Personal communication, BMG, PhilippinesE.M.Macalalad
3.65XRF 1987.1XRF analysis of rock samples(in Japanese)JEOL Application Note3-18D.Hogari
3.74XRF 1988.1Elemental concentrations in Japanese silicate rock standards: A comparison with the literatureGeost. Newsletter12379-389K.W.Sims, E.S.Gladney, C.Lundstrom and N.W.Bower
3.65INAA 1988.1Elemental concentrations in Japanese silicate rock standards: A comparison with the literatureGeost. Newsletter12379-389K.W.Sims, E.S.Gladney, C.Lundstrom and N.W.Bower
3.8AA 1988.02Personal communication, USSR Academy of Sciences Siberian BranchV.P.Afonin
3.65AA 1990.03Homogeneity tests for twenty-four GSJ rock reference samples (in Japanese with English abstract)Bull. Geol. Surv. Japan41129-138S.Terashima, T.Okai, A.Ando and S.Itoh
3.85ICPES 1992.08Personal Communicatoin,Universidade de Brasilia, BrasilG.R.Boaventura
3.75818XRF 1989XRF ANALYTICAL REPORT 1/89, Determination of major elements in igneous rocks using Sc/Mo dual anode tubeGSJ Open-file ReportS.Togashi
3.68XRF 1992.12X-ray Fluprescence Analysis by using Fundamental Parameter Method.Bull.Institute for advanced Materials Processing Tohoku Univ.48140-150K.Sugiyama,J.W.Essel
3.74XRF 1992Feasibility study for chemical analysis by X-ray spectrometer using the fundamental parameter methodHigh Temperature Materials and Processes12167-173K.Sugiyama, Y.Waseda, J.W.Essel
3.70AA 1994Direct flame atomic absorption spectrophotometric determination of major oxides in rock samples of diverse composition using matrix bufferMicrochemical J.5078-87Y.Chattopadhyay and M.Mistry
3.76XRF 1994Major, trace and rare-earth elements in fourteen GSJ reference samples. Determination by X-ray fluorescence spectrometry and inductively coupled plasma optical emission spectrometoryGeostandards Newsletter1891-100J.C.Germanique
3.66ICPES 1994Major, trace and rare-earth elements in fourteen GSJ reference samples. Determination by X-ray fluorescence spectrometry and inductively coupled plasma optical emission spectrometoryGeostandards Newsletter1891-100J.C.Germanique
3.87XRF 1996Major and trace element analysis of fifteen japanese igneous reference rocks by XRFS and INAAGeostandards Newsletter2087-94John Stix,Michael P.Gorton,Eric Fontaine
3.71XRF 1989Major element analysis of rock samples by X-ray fluorescence spectrometry,using scandium anode tubeJour.Fac.Sci.,Hokkaido Univ.,Ser.Ⅳ22489-502N.Tsuchiya,T.Shibata,Y.Koide,M.Owada,E.Takazawa,Y.
2.70EXRF 1997Personal communication,GSH,JapanK.Suga
3.27XRF 1995Analysis of Pressed Pellets of Geological Samples Using Wavelength-Dispersive X-Ray Fluorescence SpectrometryX-ray Spectrometry24123-136H.P.Longerich
3.993ICPES 1997Personal communication, University of Brazil,BrazilG.R.Boaventura and R.L.V.Ribeiro
3.69XRF 1997Personal communication,UNAM,MexicoRufino Lozano
3.69XRF 1998Personal communication,GEOMAR,GermanyK.Wolf
3.71XRF 1997Major and Trace Element Analyses of Silicate Rocks Using X-ray Fluorescence Spectrometer RIX3000The Rigaku-Denki Journal28T.Takahashi and K.Shuto
3.79XRF 1997Major and Trace Element Analyses of Silicate Rocks Using X-ray Fluorescence Spectrometer RIX3000The Rigaku-Denki Journal28T.Takahashi and K.Shuto
3.90XRF 1999X-ray fluorescence analysis of major and trace elements in silicate rocks using fused disk samplesJ.Fac.Cul.Edu.Saga Univ3133-140S.Kakubuchi,T.Ishisaka and Y.Kawano
3.65XRF 1999Development of a fused glass disc XRF facility and comparison with the pressed powder pellet technique at instituto de geociencias, Sao Paulo UniversityDepartment of Mineralogy and Geotectonic, Universidade de Sao Paulo, University of Melbourne, school of Earth Sciences, Department of ChemicalPAULO ERNESTO MORI, SHANE REEVES. CIRO TEIXIRA CORREIA AND MAUNU HAUKKA
3.66XRF 2000Quantitave chemical analyses of rocks by X-ray fluorescence spectrometry using a mixed alkali fluxDepartment of Earth Science, Faculty of ScienceK Umemoto, T Imaoka, T Yamasaki and M Owada

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