Display Results of Searched Sample

Sample code : JA-2
Element code : Ga
Unit : ppm

value	technique	year	title_of_literature<MAX120col.>	journal<MAX120col.>	vol	page	name<MAX80col.>
17.1	XRF	1986.04	Personal communication, Govern. Chem. Lab., Brisbane, Australia				H.A.Olszowy
16.4	COLOR	1987.03	Photometric determination of Gallium in silicate rocks after separation by crown ether extraction	Analyst	112	335-336	H.Koshima and H.Onishi
17	INAA	1987.09	Personal communication, National Sci. Museum, Tokyo, Japan				F.Wakabayashi and M.Shima
17	INAA	1987.12	Determination of major and trace elements in nine Japanese geochemical standard rock samples by instrumental neutron activation analysis	Bull. Natn. Sci. Mus., Tokyo, Ser. E	10	14-19	F.Wakabayashi
14.7	NAA	1988.12	Neutron activation analysis of Japanese standard rock samples II	Bull. Natn. Sci. Mus.,Tokyo Ser. E	11	9-16	F.Wakabayashi
16.6	FAA	1988	Determination of gallium in geological materials by graphite-furnace atomic-absorption spectrometry	Talanta	35	737-739	F.Takekawa and R.Kuroda
21.22	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
16.3	ICPMS	1993.04	Simultaneous determination of thirty-seven trace elements in twenty-eight international rock standards by ICP-MS	Geost. Newsletter	17	81-97	CD.Garbe-Schonberg
15.9	XRF	1993.04	XRF and INAA determinations of major and trace elements in geological survey of Japan igneous and sedimentary rock stadards	Geost. Newsletter	17	127-133	R.B.Hallett and
16	XRF	1994	Personal communication, Stanford Univ., USA				J.W.Sparks
23.2	ICPMS	1995	Personal communication,Toho Univ.,Japan				N. Takamatsu
18	XRF	1994	Major, trace and rare-earth elements in fourteen GSJ reference samples. Determination by X-ray fluorescence spectrometry and inductively coupled plasma optical emission spectrometory	Geostandards Newsletter	18	91-100	J.C.Germanique
15	ICPES	1994	Major, trace and rare-earth elements in fourteen GSJ reference samples. Determination by X-ray fluorescence spectrometry and inductively coupled plasma optical emission spectrometory	Geostandards Newsletter	18	91-100	J.C.Germanique
17	XRF	1996	Personal communication, Institut fur Geowissenschaften,Germany				Frau N.Groschopf
17	XRF	1995	Analysis of Pressed Pellets of Geological Samples Using Wavelength-Dispersive X-Ray Fluorescence Spectrometry	X-ray Spectrometry	24	123-136	H.P.Longerich
17.0	XRF	1997	Personal communication,UNAM,Mexico				Rufino Lozano
18	XRF	1998	Personal communication,GEOMAR,Germany				K.Wolf
20	XRF	1999	Personal communication,Institute of Geology,Estonia				T.Kiipli
17	XRF	1994	Personal Communication,WSU GeoAnalytical Laboratory, USA				C. Knaack, S. Cornelius and P. Hooper
17	XRF	2000	Personarl Communication,Washington State University				D. Johnson
14	OES	1999	Personarl Communication, Institute of Geology, Estonia				T. Kiipli
16.4	XRF	1999	Development of a fused glass disc XRF facility and comparison with the pressed powder pellet technique at instituto de geociencias, Sao Paulo University	Department of Mineralogy and Geotectonic, Universidade de Sao Paulo, University of Melbourne, school of Earth Sciences, Department of Chemical			PAULO ERNESTO MORI, SHANE REEVES. CIRO TEIXIRA CORREIA AND MAUNU HAUKKA
16.6	XRF	2000	Quantitave chemical analyses of rocks by X-ray fluorescence spectrometry using a mixed alkali flux	Department of Earth Science, Faculty of Science			K Umemoto, T Imaoka, T Yamasaki and M Owada
16	XRF	1995	Major and trace element analyses of rock samples by X-ray fluorescence spectrometry using Rh anode tube	Department of Geology, Faculty of Educaton, Iwate University and Institute of Mineralogy, Petrology, and Economic Geology, Tokoku University	55	89-110	N. Tsuchiya, T. Hasenaka
16.6	EXRF	2002	Personal Communication, Southern Connecticut State Univ., USA				T. Fleming