Display Results of Searched Sample

Sample code : JB-2
Element code : Ni
Unit : ppm

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19XRF 1985.1Elemental concentrations in Japanese silicate rock standards JA-1, JR-1 and JB-2Geost. Newsletter9199-203N.W.Bower, E.S.Gladney, R.C.Hagan, P.E.Trujillo an
<5AA 1985.08Personal communication, Govern. Chem. Lab., Brisbane, AustraliaH.A.Olszowy
17.8XRF 1985.01X-ray fluorescence analysis of trace elements in silicate rocks using fused disk samples (in Japanese with English abstract)Sci. Repts., Dept. Geol., Kyushu Univ.14117-127S.Nakada
8XRF 1985.08Personal communication, Franklin & Marshall College, PennsylvaniaS.A.Mertzman
18XRF 1984.12Personal communication, Sheffield Univ., EnglandR.Kanaris-Sotiriou
13XRF 1984.12Personal communication, Sheffield Univ., EnglandR.Kanaris-Sotiriou
17.9INAA 1985.06Personal communication, Chengdu College of Geology, ChinaT.Chunhan
28CHEM 1985.05Personal communication, National Geophysical Research Institute, IndiaV.Balaram
17XRF 1985.04Personal communication, University of Windsor, CanadaJ.C.H.Huang
18XRF 1985.03Personal communication, Woods Hole Oceanographic Institution, U.S.A.G.Thompson
14AA 1984.1Personal communication, Geological Survey Prague, CzechoslovakiaB.Moldan
13.0PAA 1984.11Personal communication, Tohoku University, JapanT.Kato
10.4PAA 1985.12Photon-activation analysis of GSJ standard rocksRes. Rep. Lab. Nuc. Sci. Tohoku Univ.18336-350T.Yoshida and K.Aoki
10XRF 1984.12Personal communication, University of Southampton, EnglandI.W.Croudace
32ICPES 1984.03Personal communication, Government Industrial Research Institute, Chugoku, JapanS.Hirata
30AA 1983.03Personal communication, IRSID, Maizieres-les-Metz, FranceG.Jecko
14.7XRF 1982Personal communication, The University of Adelaide, AustraliaM.Ogasawara and J.Stanley
13AA 1983.1Personal communication, Geological Survey of JapanS.Yokota
19XRF 1984.06Personal communication, University of AdelaideJ.Stanley
18OES 1984.03Personal communication, DDR Zentrales Geologisches Institut, BerlinGotte
9FAA 1986.12Determination of some trace elements in silicate rocks by flameless atomic absorption spectrophotometry (in Japanese with English abstract)J. Japan Assoc. Min. Pet. Econ. Geol.81492-496K.Ishikawa and S.Kanisawa
5.3ICPES 1986Multielement determination of rocks by inductively coupled plasma emission spectrometry (in Japanese with English abstract)Bull. Geol. Surv. Japan37515-523N.Imai
19.2XRF 1987.03Trace element analysis of rock samples by x-ray fluorescence spectrometry, using Rh anode tube(in Japanese with English abstract)Bull. Geol. Surv. Japan3857-68M.Ogasawara
6.0AA 1987.02Personal communication, Vernadsky Inst. Geoch. Anal. Chem.,USSRB.F.Myasoedov
19AA 1978Personal communication, Geological Survey of JapanS.Terashima
17AA 1983Personal communication, Research Center, Raahe, Finland.V.Sjoberg
31AA 1983Personal communication, ESCAP/RMRDC, IndonesiaS.Chagrapan
32AA 1983Personal communication, ESCAP/RMRDC, IndonesiaS.Chagrapan
14.6AA 1983Personal communication, Geological Survey of JapanS.Terashima
14.2AA 1984Determinatin of major and minor elements on the six GSJ rock reference samplesBull. Geol. Surv. Japan35171-177S.Terashima
<10AA 1987.07Personal communication, BMG, PhilippinesE.M.Macalalad
<50XRF 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
10AA 1988.02Personal communication, USSR Academy of Sciences Siberian BranchV.P.Afonin
<7AA 1989.1Analysis of geochemical reference materials using simultaneous multi-element atomic absorption spectrometryGeost. Newsletter13205-215J.S.Kane
16.8XRF 1989.05Quantitative analysis of the trace elements in silicate rocks by X-ray fluorescence method(in Japanese with English abstract)Earth Science43180-185S.Tamura, Y.Kobayashi and K.Shuto
14SIMS 1991.04Determination of nickel in GSJ standard rock samples using secondary ion mass spectrometryGeost. Newsletter15155-159H.Yurimoto, I.Sakaguchi, N.Nishida and S.Sueno
17EXRF 1991.06Personal communication, U.S. Geological SurveyK.Uto
13.7ICPES 1988Chemical analysis of REE and trace metals in GSJ rock reference samples by ICPJ.Japan Assoc.Min Pet.Econ.Geol83102-106M.Tagiri and A.Fujinawa
9.51ICPMS 1992Determination of trace and ultra-trace elements in 32 international geostandards by ICP-MSJour.Min.Pet.Econ.Geol87107-122T.Yoshida,S.Yamasaki and A.Tsumura
13.5XRF 1992Personal Communication, Okayama University, JapanY.Orihashi
18.8ICPMS 1993.04Simultaneous determination of thirty-seven trace elements in twenty-eight international rock standards by ICP-MSGeost. Newsletter1781-97CD.Garbe-Schonberg
12.4XRF 1993.04XRF and INAA determinations of major and trace elements in geological survey of Japan igneous and sedimentary rock stadardsGeost. Newsletter17127-133R.B.Hallett and
26.14ICPMS 1993.1Personal Communication,Aligarh Muslim UniversityAbu-Hamatteh.Z.S.H.
12.57XRF 1993XRF ANALYTICAL REPORT 1/93,Determination of Zn,Cu,Ni,Cr,V and Ti in igneous rocks using Sc/Mo tube by the Compton scatterimg calibrationGSJ Open-file ReportM.Ujiie and S.Togashi
16.5XRF 1992Determination of twelve trace elements in twenty-seven and ten major elements in twenty-three geochemical reference samples by X-Ray fluorescence spectrometryGeost.Newsletter16301-309S.P.Verma T.Besch
<2XRF 1994Personal communication, Stanford Univ., USAJ.W.Sparks
14.9XRF 1993Quantitative analysis of the trace elements in silicate rocks by X-ray fluorescence methodEarth ScienceT. Okudaira
13.0ICPMS 1994The petrology and geochemistry of Vesteris Seamount, Greenland Basin-an intraplate alkaline volcano of non-plume originJ. Petrology35295-328K.M.Hasse and C.W.Devey
33XRF 1992Quantitative analysis of Ba,Co,Cr and Vin silicate rocks by X-ray fluorescence methodContrib.Dept.Geol.Min.,NIigata Univ.7111-115Y.Kawano,N.Watanabe,K.Yamamoto and K.Shuto
15XRF 1996Personal communication,Bremen Univ., GermanyM.Zuther
<100INAA 1996A Self-Consistent Compilation of Elemental Concentration Data for 93 Geochemical Reference SamplesGeostandards Newsletter20217-245Randy L.Korotev
11XRF 1995Analysis of Pressed Pellets of Geological Samples Using Wavelength-Dispersive X-Ray Fluorescence SpectrometryX-ray Spectrometry24123-136H.P.Longerich
35.5XRF 1997Personal communication,UNAM,MexicoRufino Lozano
12XRF 1998Personal communication,GEOMAR,GermanyK.Wolf
14.3ICPMS 1998Personal communication,K.Ishida,Kyushyu,Univ,JapanK.Ishida
13.8XRF 1997Major and Trace Element Analyses of Silicate Rocks Using X-ray Fluorescence Spectrometer RIX3000The Rigaku-Denki Journal28T.Takahashi and K.Shuto
14XRF 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
10NM 1999Quantiative evaluation of interference of nuclear reaction in INAA and PAA and their application for simultaneous analaysis of rocks and plant samplesDoctor Thesis,Kanazawa Univ.Japan1-220Y. Miyamoto
14.1XRF 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
12XRF 1995Major and trace element analyses of rock samples by X-ray fluorescence spectrometry using Rh anode tubeDepartment of Geology, Faculty of Educaton, Iwate University and Institute of Mineralogy, Petrology, and Economic Geology, Tokoku University5589-110N. Tsuchiya, T. Hasenaka
21EXRF 2002Personal Communication, Southern Connecticut State Univ., USAT. Fleming
14.2ICPMS 2002Determination of Cr, Ni, Co, Zn in milligram samples of geological materials using isotope dilution high resolution ICP-MSGeostandards Newsletter2641-51A.Makishima, K.Kobayashi, E.Nakamura

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