GeostandaRef Corner Geochemical Reference Sample Bibliography for 1999

Th i s i s t he twen t ie th su r vey in the se r ie s o fGeochemical Reference Sample (GRS) Bibliographypublished in Geostandards Newsletter: The Journal ofGeostandards and Geoanalysis and is designated asPart XX in the series . Part XX contains referencesmanually searched from major analytical chemistryand geochemistry journals that have become avai-lable to this author between January and December1999. A few earlier references, which were not avai-lable at the time of the previous report (Part XIX), toge-ther with those which were inadvertently overlooked,have also been included.

During the current review year, the volume of GRSliterature has slightly declined as compared to earlierreviews: 179 references have been collected. It shouldbe noted that several journals have started to archivechemical data on their internet sites, due to spaceconsiderations. However, more than 4500 new resultshave been reported; compilation data were not inclu-ded in this total. More than thirty journals have publi-shed GRS articles during 1999. Data in Table 1 show

the distribution of the GRS references in the litera-ture. The “Fresenius’ Journal of Analytical Chemistry”,“Geos tandards News le t t e r : The Jou rna l o fGeostandards and Geoanalysis” and “Journal ofRadioanalytical and Nuclear Chemistry” occupy thefirst ranks for GRS data communication and confirmtheir important role for the geoanalytical community.If one judges by the amount of new data, it is seenthat “Geos tandards Newsle t te rs : The Journal o fGeostandards and Geoanalysis” holds by far the firstplace for useful GRS information.

The majority of papers are concerned with multi-element analyses. Traces, as well as major and minorconstituents, have been reported. For traces, rare earth(REE) and other incompatible elements (e.g. Rb, Ba, Ta,Hf, Th, U...) come at the top of the list (nearly a quarterof the art ic les) , fol lowed by f i rs t -ser ies t ransi t ionelements (Sc, V, Co, Ni, Cu, Zn). Stable isotopes havealso been reported in numerous papers. Data in Table 2summarise the analytical methods most used to reportresults on GRS. The situation is about the same asobserved previously. The leading position of inductivelycoupled plasma spectrometry (both ICP-AES andICP-MS) in the Earth sciences is clearly shown by itscontinued large publication rate (fifty two articles).Isotope dilution mass spectrometry (IDMS) has received

GEOSTANDARDSNEWSLETTERThe Journal of Geostandards and Geoanalysis

GeostandaRef CornerGeochemical Reference Sample Bibliography for 1999

Vol. 24 — N°2 p . 2 8 1 - 3 0 2

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1200

Iwan RoelandtsGeology, Petrology and Geochemistry (B-20), University of Liège, B-4000 Sart Tilman, Liège 1, Belgium. e-mail: [email protected].

Received 22 Jun 00 — Accepted 05 Sep 00

Table 1.GRS references in various journals during 1999

Journal No. of papers No. of newon GRS data*

Fresenius’ Journal of Analytical Chemistry 21 359Geostandards Newsletter: The Journal ofGeostandards and Geoanalysis 18 1676Journal of Radioanalytical and Nuclear Chemistry 16 430Geochimica et Cosmochimica Acta 16 189The Analyst 13 196Lithos 12 313Chemical Geology 12 181Journal of Petrology 9 127Earth and Planetary Science Letters 7 96Contributions to Mineralogy and Petrology 7 34Analytical Chemistry 7 8Others 41 924

Total number 179 4533

* compiled data not included.

Table 2.Analytical methods used for GRS during 1999

Method Percent

Inductively Coupled Plasma Spectrometry (ICP-AES + ICP-MS) 31

Mass Spectrometry 29

Neutron Activation Analysis 14

X-Ray Fluorescence 9

Atomic Absorption Spectrometry 8

Colorimetry 2

Others 7

Total number of compiled articles 154

considerable attention mainly for geochronology andisotope geochemistry. Neutron activation analysis (NAA)is still healthy and can be considered to be one of thereference methods for accurate GRS characterisationdue to its inherent capabilities, which are not availableusing other techniques. X-ray fluorescence (XRF) spectro-metry appears to be the preferred method for bulk ana-lysis (major and minor elements). Atomic absorptionspectrometry (AAS), both flame and flameless, has alsobeen successfully applied for the determination of cer-tain minor and trace constituents. The “old” colorimetry isstill a helpful analytical tool in special circumstances.

Once again, in preparing this annual survey, wehave tried to maintain as complete and exhaustive acoverage as possible. However, regrettably, somepublications that have appeared in 1999 could not beassembled here for various reasons (e.g. delay in thepublication and delivery of some issues, inaccessibilityof certain journals). These references will, of course, beincluded in future contributions.

Presentation of references

The presentation of references, amended to complywith the new Geostandards Newsletter : The Journal ofGeostandards and Geoanalysis reference format, fol-lows the style adopted previously. The reference papershave been classified under three principal headings:

a. New analytical datab. New compilations of “recommended” valuesc. General aspects of GRS.

Within each category, the references are arrangedin alphabetical order with the name of the (first) authoras key word. Each reference quoted consists essentiallyof three parts: key codes, reference itself and comments.

Key Codes

The first line contains four different codes, separa-ted by three slashes.

The first code (2 digits) gives the year of publication.

The second code (3 digits) gives the serial numberof the reference for the year code preceding it.

The third code (2 letters) indicates the type ofsample (first letter) and of analysis (second letter). Thefirst letter gives the type of GRS:

R : RockM : MineralO : OreS : Soil

The second letter, T or M, stands for Trace or Majorelement analysis. The code GG represents generalinformation on GRS such as evaluation of compileddata statistical procedures.

The fourth code (2 letters) designates the methodof analysis:

AA : Atomic absorption spectrometryCG : GravimetryCK : ColorimetryCT : VolumetryFM : Fluorimetry

FX : X-ray fluorescence spectrometryIC : Ion chromatographyIR : Infra-redIS : Specific Ion electrodeME : Electrochemical Methods

MN : Nuclear Methods (mostly neutron activation analysis)

MP : Microprobe analysisSE : Emission spectrometrySG : Photographic emission spectrographySM : Mass spectrometrySP : Plasma spectrometry

TT : Various methods

References

The references are presented with their titles andthe name of the Journal fully developed.

Comments

Comments are brief and in the main provide someessential information not easily extractable from thetitle of the paper.

Additional 1986 reference (221)

a. New analytical data (221)

86/221/RT/SMHuhma H. (1986)Sm-Nd, U-Pb and Pb-Pb isotopic evidence for the origin

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of the early Proterozoic Svecokarelian crust in Finland.Geological Survey of Finland Bulletin, 337, 1-48.143Nd/144Nd, 148Nd/144Nd, Sm/Nd in BCR-1.

Additional 1989 references (187-189)

a. New analytical data (187-189)

89/187/RT/FXAutio L.K., Sparks J.W. and Rhodes J.M. (1989)Geochemistry of Leg 111 basalts: Intrusive feeders forhighly depleted pillows and flows. Proceedings of theOcean Drilling Program, Scientific Results, 111, 3-16.Data for BHVO-1.

89/188/RT/SMKusakabe M., Shibata T., Yamamoto M., Mayeda S., Kagami H., Honma H., Masuda H. and Sakai H. (1989)Petrology and isotope characteristics (H, O, S, Sr and Nd)of basalts from Ocean Drilling Program Hole 504B, Leg111, Costa Rica Rift. Proceedings of the Ocean DrillingProgram, Scientific Results, 111, 47-60.δ18O for NIST SRM 28, δH for NIST SRM 30, 87Sr/86Sr forJB-1A, 143Nd/144Nd for BCR-1, JB-1A and JB-1.

89/189/RT/SMTaylor P.N. and Morton A.C. (1989)Sr, Nd and Pb isotope geochemistry of the upper andlower volcanic series at Site 642. Proceedings of theOcean Drilling Program, Scientific Results, 104, 429-435.143Nd/144Nd for BCR-1.



90/211/RM/FXBaxter A.N. (1990)Major and trace element variations in basalts from Leg115. Proceedings of the Ocean Drilling Program,Scientific Results, 115, 11-21.Major elements in BHVO-1.

90/212/OT/SPGreenough J.D. and Fryer B.J. (1990)Distribution of gold, palladium, platinum, rhodium, ruthenium, and iridium in Leg 115 hotspot basalts:Implications for magmatic processes. Proceedings of theOcean Drilling Program, Scientific Results, 115, 71-84.Au and PGE in SARM-7.

90/213/RT/SMTatsumi Y. and Nohda S. (1990)Geochemical stratification in the upper mantle: Evidencefor Leg 115 basalts in the Indian Ocean. Proceedings ofthe Ocean Drilling Program, Scientific Results, 115, 63-69.87Sr/86Sr for BCR-1.



91/212/MT/SMFarrell J.W. and Janecek T.R. (1991)Late Neogene paleoceanography and paleoclimatology

of the Northeast Indian Ocean (Site 758). Proceedings ofthe Ocean Drilling Program, Scientific Results, 121,297-355.δ18O and δ13C for NIST SRM 19, NIST SRM 20.

91/213/RT/TTFrey F.A., Jones W.B., Davies H. and Weis D. (1991)Geochemical and petrologic data for basalts from sites756, 757 and 758: Implications for the origin and evolution of Ninetyeast Ridge. Proceedings of the OceanDrilling Program, Scientific Results, 121, 611-659.Data for BHVO-1.

91/214/RT/MNOwen R.M. and Zimmerman A.R.B. (1991)Geochemistry of the Cretaceous/Tertiary boundary atHole 752 B, Broken Ridge. Proceedings of the OceanDrilling Program, Scientific Results, 121, 423-433.Results for NIST SRM 1633A.

91/215/MT/SMOwen R.M. and Zimmerman A.R.B. (1991)Data Report: Geochemical analysis of Indian OceanStandard Sediment Sample. Proceedings of the OceanDrilling Program, Scientific Results, 121, 891-893.δ13C and δ18O for NIST SRM 18, 19 and 20.

91/216/MT/SMRea D.K., Lohmann K.C., MacLeod N.D., House M.A., Hovan S.A. and Martin G.D. (1991)Oxygen and carbon isotopic records from the oozes ofsites 752, 754, 756, and 757. Eastern Indian Ocean.Proceedings of the Ocean Drilling Program, ScientificResults, 121, 229-235.δ13C and δ18O for NIST SRM 20.

91/217/RT/TTSaunders A.D., Storey M., Gibson I.L., Leat P., Hergt J. and Thompson R.N. (1991)Chemical and isotopic constraints on the origin of basaltsfrom Ninetyeast Ridge, Indian Ocean: Results from DSDPLegs 22 and 26 and ODP Leg 121. Proceedings of theOcean Drilling Program, Scientific Results, 121, 559-590.Data for W-1, BR, BOB-1, 143Nd/144Nd for BCR-1.

91/218/RT/SMWeis D. and Frey F.A. (1991)Isotope geochemistry of Ninetyeast Ridge basementbasalts: Sr, Nd, and Pb evidence for involvement of theKerguelen hot spot. Proceedings of the Ocean DrillingProgram, Scientific Results, 121, 591-610.143Nd/144Nd for BCR-1.



92/189/RT/SMCousens B.L. and Allan J.F. (1992)A Pb, Sr, and Nd isotopic study of basaltic rocks from theSea of Japan, Legs 127/128. Proceedings of the OceanDrilling Program, Scientific Results, 127/128, 805-817.143Nd/144Nd for BCR-1.

92/190/RT/SMNohda S., Tatsumi Y., Yamashita S. and Fujii T. (1992)Nd and Sr isotopic study of Leg 127 basalts: Implicationsfor the evolution of the Japan Sea backarc basin.Proceedings of the Ocean Drilling Program, ScientificResults, 127/128, 899-904.87Sr/86Sr, 143Nd/144Nd for BCR-1.


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92/191/RT/TTParkinson I.J., Pearce J.A., Thirlwall M.F., Johnson K.T.M. and Ingram G. (1992)Trace element geochemistry of peridotites from the Izu-Bonin-Mariana forearc, Leg 125. Proceedings of theOcean Drilling Program, Scientific Results, 125, 487-506.Data for PCC-1.

92/192/RT/FXPlank T. and Ludden J.N. (1992)Geochemistry of sediments in the Argo Abyssal Plain atSite 765: A continental margin reference section for sediment recycling in subduction zones. Proceedings ofthe Ocean Drilling Program, Scientific Results, 123, 167-189.Data for SCo-1.

92/193/RT/SMSalters V.J.M., Storey M., Sevigny J.H. andWhitechurch H. (1992)Trace element and isotopic characteristics of Kerguelen-Heard Plateau basalts. Proceedings of the OceanDrilling Program, Scientific Results, 120, 55-62.143Nd/144Nd for BCR-1.

92/194/RM/MPThy P. (1992)Low-pressure melting relations of a basalt from Hole797C in the Yamato Basin of the Japan Sea.Proceedings of the Ocean Drilling Program, ScientificResults, 127/128, 861-868.Data for basalt glass VG-2.

92/195/RT/TTVroon P.Z. (1992)Subduction of continental material in the Banda Arc,Eastern Indonesia. Ph.D. Thesis, University Utrecht (TheNetherlands), Geologica Ultraiectina. Mededelingenvan de Faculteit Aardwetenschappen derRijksuniversiteit te Utrecht, No 90, 205pp.Data for AGV-1, BHVO-1, BCR-1, SCo-1, and MAG-1.

92/196/RM/MPYamashita S. and Fujii T. (1992)Experimental petrology of basement basaltic rocks fromsites 794 and 797 Japan Sea. Proceedings of theOcean Drilling Program, Scientific Results, 127/128,891-898.Data for JB-3.



93/244/RM/MPGarcia M.O. (1993)Pliocene-Pleistocene volcanic sands from site 842: Products of giant landslides. Proceedings of the OceanDrilling Program, Scientific Results, 136, 53-63.Major elements in two Smithsonian olivine standards.

93/245/RT/SPKing A.J., Waggoner D.G. and Garcia M.O. (1993)Geochemistry and petrology of basalts from Leg 136,Central Pacific Ocean. Proceedings of the Ocean DrillingProgram, Scientific Results, 136, 107-118.Data for BHVO-1.

93/246/RT/TTMahoney J.J., Storey M., Duncan R.A., Spencer K.J.and Pringle M. (1993)Geochemistry and geochronology of Leg 130 basementlavas: Nature and origin of the Ontong Java Plateau.Proceedings of the Ocean Drilling Program, ScientificResults, 130, 3-22.Data for W-1, BOB-1, W-2, BCR-1.

93/247/RT/TTPickering K.T., Marsh N.G. and Dickie B. (1993)Data Report: Inorganic major, trace and rare earth element analyses of the muds and mudstones from Site808. Proceedings of the Ocean Drilling Program,Scientific Results, 131, 427-450.Data for BOB-1, NIM-G, JA-1.

93/248/RT/FXSiena F., Coltorti M., Saccani E. and Vaccaro C. (1993)Petrology of the basaltic rocks of the Nankai Troughbasement. Proceedings of the Ocean Drilling Program,Scientific Results, 131, 197-207.Results for AGV-1 and DR-N.



94/244/RT/FXBloomer S.H., Ewart A., Hergt J.M. and Bryan W.B. (1994)Geochemistry and origin of igneous rocks from the outerTonga forearc (Site 841). Proceedings of the OceanDrilling Program, Scientific Results, 135, 625-646.Data for W-2 and BHVO-1.

94/245/OT/SPCawood P.A. and Fryer B.J. (1994)Noble metal abundances in backarc basin basalts (Lau Basin, Southwest Pacific). Proceedings of the OceanDrilling Program, Scientific Results, 135, 595-602.Au, Pd, Pt, Rh and Ir in SARM-7.

94/246/RT/FXColtorti M., Baker P.E., Briqueu L., Hasenaka T. andGalassi B. (1994)Petrology and geochemistry of volcanic rocks form theNew Hebrides forearc region, Sites 827, 829 and 830.Proceedings of the Ocean Drilling Program, ScientificResults, 134, 337-352.Results for AGV-1 and BR.

94/247/RT/FXColtorti M., Hasenaka T., Briqueu L., Baker P.E. andSiena F. (1994)Petrology and magmatic affinity of the Northd’Entrecasteaux Ridge, Central New Hebrides trench, Site828. Proceedings of the Ocean Drilling Program,Scientific Results, 134, 353-362.Results for AGV-1 and BR.See 94/246/RT/FX.

94/248/RM/MPForsythe L.M. and Fisk M.R. (1994)Comparison of experimentally crystallized and naturalspinels from Leg 135. Proceedings of the Ocean DrillingProgram, Scientific Results, 135, 585-594.Data for USNM 117075 and USNM 113498/1 VG-A99(Smithsonian reference materials).

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94/249/RT/MNHawkins J.W. and Allan J.F. (1994)Petrologic evolution of Lau Basin sites 834 through 839.Proceedings of the Ocean Drilling Program, ScientificResults, 135, 427-470.Data for AGV-1.

94/250/RT/FXHergt J.M. and Sims D.R. (1994)Data report: Assessment of the precision of Leg 135 shipboard XRF analyses and the contamination introducedby crushing in tungsten carbide. Proceedings of theOcean Drilling Program, Scientific Results, 135, 925-929.Data for BHVO-1.

94/251/RT/TTKrasnov S., Stepanova T. and Stepanov M. (1994)Chemical composition and formation of a massive sulfidedeposit, Middle Valley, northern Juan de Fuca Ridge (site856). Proceedings of the Ocean Drilling Program,Scientific Results, 139, 353-372.Data for RUS-1, RUS-3, ST-1A, ST-2, SDPS-3, BM, SNK-1,SNK-2, SKR-3, SG-1A, SGD-1 and AGV-1.

94/252/RT/SPThomson J., Rothwell R.G. and Higgs N.C. (1994)Development of reduction haloes under calcareous andvolcaniclastic turbidites in the Lau Basin (SouthwestPacific). Proceedings of the Ocean Drilling Program,Scientific Results, 135, 151-162.Results for BHVO-1.



95/260/RT/SMAgrinier P., Laverne C. and Tartarotti P. (1995)Stable isotope ratios (oxygen, hydrogen) and petrology of hydrothermally altered dolerites at the bottom of thesheeted dike complex of Hole 504B. Proceedings of theOcean Drilling Program, Scientific Results, 137/140, 99-106.18O in NIST SRM 28, δH in NIST SRM 30.

95/261/RT/MNAllan J.F. (1995)Data report: trace element geochemistry of Leg 142basalts by instrumental neutron activation analysis.Proceedings of the Ocean Drilling Program, ScientificResults, 142, 87-89.Data for AGV-1.

95/262/RT/FXBoström K. and Bach W. (1995)Trace element determinations by X-ray fluorescence analysis: Advantages, limitations, and alternatives.Proceedings of the Ocean Drilling Program, ScientificResults, 142, 61-68.Data for AGV-1, BE-N, BHVO-1, BR, DR-N, G-2, GBM-1,GH, MAG-1, MRG-1, NIST SRM 688, NIM-D, PCC-1,RGM-1, STM-1 and UB-N.

95/263/RT/TTBoström K. and Bach W. (1995)Data report: Chemical analyses of basaltic rocks: An interlaboratory comparison. Proceedings of the OceanDrilling Program, Scientific Results, 142, 75-81.Data for BHVO-1.

95/264/RT/MNDickens G.R. and Owen R.M. (1995)Chinook Trough rifting and hydrothermal deposition atsites 885 and 886. Proceedings of the Ocean DrillingProgram, Scientific Results, 145, 413-426.Data for NIST SRM 679 and 688.

95/265/MT/SMFarrell J.W., Murray D.W., McKenna V.S. andRavelo A.C. (1995)Upper Ocean temperature and nutient contrasts inferredfrom Pleistocene planktonic foraminifer δ18O and δ13C inthe Eastern Equatorial Pacific. Proceedings of the OceanDrilling Program, Scientific Results, 138, 289-319.δ18O and δ13C for NIST SRM 19 and NIST SRM 20.

95/266/RT/SPHarpp K.S. (1995)Geochemical variations in a single basaltic flow at9°30’N on the East Pacific Rise. Proceedings of theOcean Drilling Program, Scientific Results, 142, 9-22.Results for BIR-1, DNC-1, W-2 and BHVO-1.

95/267/RT/SPKepezhinskas P.K., Sorokina N.A., Mamontova S.A.and Savichev A.T. (1995)Rare earth and large-ion lithophile (Sr and Ba) elementgeochemistry of diabase dikes, Hole 504B, Costa RicaRift, Leg 140. Proceedings of the Ocean DrillingProgram, Scientific Results, 137/140, 107-116.Eight REE in AGV-1, W-2 and BIR-1.

95/268/RT/SPNavez J. (1995)Determination d’éléments en traces dans les roches silicatées par ICP-MS. Rapport annuel 1993 & 1994.Musée Royal de l’Afrique Centrale - Tervuren.Departement Géologie et Minéralogie, 139-147.Results for twelve geochemical reference materials.

95/269/RT/FXSparks J.W. (1995)Geochemistry of the lower sheeted dike complex: Hole504B, Leg 140. Proceedings of the Ocean DrillingProgram, Scientific Results, 137/140, 81-97.Data for BIR-1 and DNC-1.

95/270/RT/TTZuleger E., Alt J.C. and Erzinger J. (1995)Primary and secondary variations in major and trace element geochemistry of the lower sheeted dike complex:Hole 504B, Leg 140. Proceedings of the Ocean DrillingProgram, Scientific Results, 137/140, 65-80.Data for BHVO-1, MRG-1, GXR-2, and BE-N.



96/223/MT/SMAgrinier P., Cornen G. and Beslier M.O. (1996)Mineralogical and oxygen isotopic features of serpentinitesrecovered from the ocean/continent transition in theIberia abyssal plain. Proceedings of the Ocean DrillingProgram, Scientific Results, 149, 541-552.δ18O in NIST SRM 19.


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96/224/RT/TTAllan J.F., Falloon T., Pedersen R.B., Lakkapragada B.S., Natland J.H. and Malpas J. (1996)Petrology of selected Leg 147 basaltic lavas anddikes. Proceedings of the Ocean Drilling Program,Scientific Results, 147, 173-186.Data for BHVO-1.

96/225/MT/SMAndreasson F.P., Schmitz B. and Spiegler D. (1996)Stable isotopic composition (δ18O and δ13C) of earlyEocene fish-apatite from Hole 913B an indicator ofthe early Norwegian-Greenland Sea paleosalinity.Proceedings of the Ocean Drilling Program, ScientificResults, 151, 583-592. δ18O and δ13C in NIST SRM 19.

96/226/RT/TTBach W., Erzinger J., Alt J.C. and Teagle D.A.H. (1996)Chemistry of the lower sheeted dike complex, Hole504B (Leg 148): influence of magmatic differentiationand hydrothermal alteration. Proceedings of theOcean Drilling Program, Scientific Results, 148, 39-55.Data for DR-N, BHVO-1 and BIR-1.

96/227/RM/MPFisk M.R., McNeill A.W., Teagle D.A.H., Furnes H.and Bach W. (1996)Data report: Major-element chemistry of Hole 896Aglass. Proceedings of the Ocean Drilling Program,Scientific Results, 148, 483-487.Analyses of glass reference materials VG-2 andVGBS.

96/228/MT/SMFruh-Green G.L., Plas A. and Dell-Angelo L.N. (1996)Mineralogic and stable isotope record of polyphase alteration of upper crustal gabbros of the East PacificRise (Hess Deep, Site 894). Proceedings of the OceanDrilling Program, Scientific Results, 147, 235-254.δ18O in NIST SRM 28.

96/229/MT/SMFrüh-Green G.L., Plas A. and Lécuyer C. (1996)Petrologic and stable isotope constraints on hydrothermal alteration and serpentinization of the EPR shallow mantle at Hess Deep (Site 895).Proceedings of the Ocean Drilling Program, Scientific Results, 147, 255-291.δ18O in NIST SRM 28.

96/230/MT/SMLécuyer C. and Gruau G. (1996)Oxygen and strontium isotope compositions of HessDeep gabbros (Holes 894F and 894G): High-temperature interaction of seawater with the oceaniccrust layer. Proceedings of the Ocean DrillingProgram, Scientific Results, 147, 227-234.δ18O in NIST SRM 28.

96/231/RT/SPZuleger E., Alt J.C. and Erzinger J. (1996)Data report: Trace element geochemistry of the lowersheeted dike complex, Hole 504B (Leg 140).Proceedings of the Ocean Drilling Program, ScientificResults, 148, 455-466.Data for JB-2 and JB-3.



97/297/MT/SMAgrinier P. and Cannat M. (1997)Oxygen-isotope constraints on serpentinization processesin ultramafic rocks from the Mid-Atlantic Ridge (23°N).Proceedings of the Ocean Drilling Program, ScientificResults, 153, 381-388.δ18O in NIST SRM 28.

97/298/RT/MNDobson D.M., Dickens G.R. and Rea D.K. (1997)Terrigenous sedimentation at Ceara Rise. Proceedings ofthe Ocean Drilling Program, Scientific Results, 154,465-474.Results for NIST SRM 679 and SCo-1.

97/299/RT/SPWeedon G.P. and Shackleton N.J. (1997)Inorganic geochemical composition of Oligocene toMiocene sediments and productivity variations in theWestern Equatorial Atlantic: Results from sites 926 and929. Proceedings of the Ocean Drilling Program,Scientific Results, 154, 507-526.Data for LKSD-4.



98/212/RT/TTFitton J.G., Saunders A.D., Larsen L.M., Hardarson B.S. and Norry M.J. (1998)Volcanic rocks from the Southeast Greenland margin at63°N: Composition, petrogenesis, and mantle sources.Proceedings of the Ocean Drilling Program, ScientificResults, 152, 331-350.Data for BCR-1, BIR-1, BHVO-1, W-2, DNC-1 and JB-1a.

98/213/RT/SPFram M.S., Lesher C.E. and Volpe A.M. (1998)Mantle melting systematics: Transition from continental tooceanic volcanism on the Southeast Greenland margin.Proceedings of the Ocean Drilling Program, ScientificResults, 152, 373-386.Results for BCR-1 and BIR-1.

98/214/RT/SPHumphris S.E., Alt J.C., Teagle D.A.H. and Honnorez J.J. (1998)Geochemical changes during hydrothermal alteration ofbasement in the stockwork beneath the active TAGhydrothermal mound. Proceedings of the Ocean DrillingProgram, Scientific Results, 158, 255-276.Data for thirteen geochemical reference materials.

98/215/RT/SPJarvis I., Moreton J. and Gérard M. (1998)Chemostratigraphy of Madeira abyssal plain Miocene-Pleistocene turbidites, Site 950. Proceedings of theOcean Drilling Program, Scientific Results, 157, 535-558.Data for MAG-1, SCo-1, NIST SRM 88b and CCH-1.

98/216/RM/MPThy P., Lesher C.E. and Fram M.S. (1998)Low pressure experimental constraints on the evolution of basaltic lavas from Site 917, Southeast Greenland continental margin. Proceedings of the Ocean DrillingProgram, Scientific Results, 152, 359-372.Major elements in W-1.

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1999 references (001-179)


99/001/MT/SMAgemar T., Wörner G. and Heumann A. (1999)Stable isotopes and amphibole chemistry on hydrothermally altered granitoids in the North ChileanPrecordillera: A limited role for meteoric water?Contributions to Mineralogy and Petrology, 136, 331-344.δ18O in NIST SRM 28.

99/002/OT/MNAltas Y., Tel H. and Eral M. (1999)Anion-exchange separation and determination of thorium and uranium in Eskisehir-Beylikahir ore in Turkey.Journal of Radioanalytical and Nuclear Chemistry, 241,637-641.U and Th in S-14, S-15 and S-16 (IAEA certified referencematerials).

99/003/RT/SMAltherr R., Henes-Klaiber U., Hegner E., Satir M.and Langer C. (1999)Plutonism in the Variscan Odenwald (Germany): fromsubduction to collision. International Journal of EarthSciences, 88, 422-443.87Sr/86Sr, 143Nd/144Nd, 147Sm/144Nd, Sm and Nd in BCR-1.

99/004/MT/SMAltherr R., Henjes-Kunst F., Langer C. and Otto J. (1999)Interaction between crustal-derived felsic and mantle-derived mafic magmas in the Oberkirch Pluton(European Variscides, Schwarzwald, Germany).Contributions to Mineralogy and Petrology, 137, 304-322.δ18O for NIST SRM 28.

99/005/RT/SMAmato J.M., Johnson C.M., Baumgartner L.P. andBeard B.L. (1999)Rapid exhumation of the Zermatt-Saas ophiolite deducedfrom high-precision Sm-Nd and Rb-Sr geochronology.Earth and Planetary Science Letters, 171, 425-438.143Nd/144Nd in BCR-1.

99/006/SO/AABalaram V., Sunder Raju P.V., Ramesh S.L., Anjaiah K.V., Dasaram B., Manikyamba C., Ram Mohan M. and Sarma D.S. (1999)Rapid partial dissolution method in combination withAAS techniques for use in geochemical exploration.Atomic Spectroscopy, 20, 155-160.Results for SO-1 to 4, GAU-12, GAU-15, GAU-18.

99/007/MT/SMBao H., Koch P.L. and Rumble III D. (1999)Paleocene-Eocene climatic variation in western NorthAmerica: Evidence from δ18O of pedogenic hematite.Geological Society of America Bulletin, 111, 1405-1415.δ18O in NIST SRM 28.

99/008/RT/AABaraj B., Niencheski L.F.H., Trapaga R.D., França R.G., Cocoli V. and Robinson D. (1999)Study of interference in the flame atomic absorptionspectrometric determination of lithium by using fractionaldesign. Fresenius’ Journal of Analytical Chemistry, 364,678-681.Li in IAEA-356.

99/009/RM/ISBecker H., Wenzel T. and Volker F. (1999)Geochemistry of glimmerite veins in peridotites fromLower Austria. Implications for the origin of K-rich magmasin collision zones. Journal of Petrology, 40, 315-338.F in MA-N, NIM-L, AC-E.

99/010/RT/MNBenedik L., Pintar H. and Byrne A.R. (1999)The leachability of some natural and man-made radionuclides from soil and sediments on acid attack.Journal of Radioanalytical and Nuclear Chemistry, 240,859-865.U, Th and Am in IAEA-135 and 375.

99/011/RT/TTBettinelli M., Spezia S. and Roberti S. (1999)Determination of mercury in coal using FI-CV-AAS and FI-CV-ICP-MS. Atomic Spectroscopy, 20, 13-19.Hg in NIST SRM 1630, 1632a; BCR-180 to 182, SARM18-20.

99/012/RT/SPBooth C.A., Spears D.A., Krause P. and Cox A.G. (1999)The determination of low level trace elements in coals by laser ablation-inductively coupled plasma-mass spectrometry. Fuel, 78, 1665-1670.Data for SARM-18, SARM-19, SARM-20.

99/013/RT/SMBrooks C.K., Keays R.R., Lambert D.D., Frick L.R. andNielsen T.F.D. (1999)Re-Os isotope geochemistry of Tertiary picritic and basaltic magmatism of East Greenland: Constraints onplume-lithosphere interactions and the genesis of thePlatinova reef, Skaergaard intrusion. Lithos, 47, 107-126.Re, Os, 187Os/188Os for WPR-1, see 98/140/RT/SM and99/079/RT/SM.

99/014/MT/SMBrown P.A., Fallick A.E., Becker S.M., Dempster T.J.and Hutton D.H.W. (1999)The Rapakivi granites of South Greenland-Stable isotopecharacteristics of their black and white facies and thenature of their protolith. Lithos, 46, 485-504.18O for NIST SRM 28, 2H for NIST SRM 30.

99/015/MT/SMBruckschen P., Oesmann S. and Veizer J. (1999)Isotope stratigraphy of the European Carboniferous: Proxysignals for ocean chemistry, climate and tectonics.Chemical Geology, 161, 127-163.δ13C and δ18O in NIST SRM 19 and 20.

99/016/MT/SMBustillo M.A., Garcia-Guinea J., Martinez-Frias J.and Delgado A. (1999)Unusual sedimentary geodes filled by gold-bearinghematite laths. Geological Magazine, 136, 671-679.δ18O in NIST SRM 28 and 30.

99/017/RT/AACamero R.M. and Sturgeon R.E. (1999)Hydride generation-electrostatic deposition-graphite furnace atomic absorption spectrometric determination ofarsenic, selenium and antimony. Spectrochimica Acta,54B, 753-762.As, Se, Sb in MESS-2 and PACS-2.


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99/018/RT/TTCaroff M., Guillou H., Lamiaux M., Maury R.C.,Guille G. and Cotten J. (1999)Assimilation of ocean crust by hawaiitic and mugeariticmagmas: An example from Eiao (Marquesas). Lithos, 46,235-258.Data for BE-N and PM-S.

99/019/RT/MNCarter H.E., Warwick P., Cobb J. and Longworth G. (1999)Determination of uranium and thorium in geologicalmaterials using extraction chromatography. The Analyst,124, 271-274.U, Th, 234U/238U, 230Th/234U in NIM-G.

99/020/MT/SMCartwright I. (1999)Regional oxygen isotope zonation at Broken Hill, New South Wales, Australia: Large-scale fluid flow and implications for Pb-Zn-Ag mineralization. EconomicGeology, 94, 357-374.δ18O in NIST SRM 28.

99/021/MT/SMCartwright I. and Barnicoat A.C. (1999)Stable isotope geochemistry of Alpine ophiolites: A window to ocean-floor hydrothermal alteration andconstraints on fluid-rock interaction during high-pressuremetamorphism. International Journal of Earth Sciences,88, 219-235.18O in NIST SRM 28.

99/022/MT/SMCartwright I. and Buick I.S. (1999)The flow of surface-derived fluids through Alice Springsage middle-crustal ductile shear zones, Reynolds Range,central Australia. Journal of Metamorphic Geology, 17,397-414.18O in NIST SRM 28.

99/023/RM/CKCassella R.J., Santelli R.E., Branco A.G., Lemos V.A.,Ferreira S.L.C. and de Carvalho M.S. (1999)Selectivity enhancement in spectrophotometry: On-lineinterference suppression using polyurethane foam minicolumn for aluminum determination with methylthymol blue. The Analyst, 124, 805-808.Al2O3 in eight geochemical reference materials.

99/024/MT/SMChalokwu C.I., Ripley E.M. and Park Y.R. (1999)Oxygen isotopic systematics of an open-system magmachamber: An example from the Freetown LayeredComplex of Sierra Leone. Geochimica et CosmochimicaActa, 63, 675-685.δ18O in NIST SRM 28 and NCSU, see 99/103/MT/SM.

99/025/RT/SMCondie K.C., Latysh N., van Schmus W.R., Kozuch M. and Selverstone J. (1999)Geochemistry, Nd and Sr isotopes, and U/Pb zirconages of granitoid and metasedimentary xenoliths fromthe Navajo volcanic field, Four Corners area,Southwestern United Stat. Chemical Geology, 156,95-133.Nd, Sm, 147Sm/144Nd, 143Nd/144Nd in BCR-1.

99/026/RT/FXCosta M.M., Barreiros M.A., Carvalho M.L. andQueralt I. (1999)Multi-element characterization of estuarine sedimentsand waters. X-Ray Spectrometry, 28, 410-413.Results for BCR-277.

99/027/RT/MNCunha I.I.L., Figueira R.C.L. and Saito R.T. (1999)Application of radiochemical methods and dispersionmodel in the study of environmental pollution in Brazil.Journal of Radioanalytical and Nuclear Chemistry, 239,477-482.137Cs, 90Sr, 210Po, 239+240Pu in IAEA reference materials.

99/028/RT/TTDai Kin F., Prudencio M.I., Gouveia M.A. andMagnusson E. (1999)Determination of rare earth elements in geological reference materials: A comparative study by INAA and ICP-MS. Geostandards Newsletter: The Journal ofGeostandards and Geoanalysis, 23, 47-58.REE in twenty geological reference materials.

99/029/RT/SPDavid K., Birck J.-L., Telouk P. and Allègre C.J. (1999)Application of isotope dilution for precise measurementof Zr/Hf and 176Hf/177Hf ratios by mass spectrometry (ID-TIMS/ID-MC-ICP-MS). Chemical Geology, 157, 1-12.Hf and Zr in BE-N and AC-E.

99/030/ST/AADavidson C.M., Ferreira P.C.S. and Ure A.M. (1999)Some sources of variability in application of the three-stage sequential extraction procedure recommended byBCR to industrially contaminated soil. Fresenius’ Journalof Analytical Chemistry, 363, 446-451.Cu, Pb, Mn, Zn in BCR-143.

99/031/RT/SPD’Orazio M. (1999)Boron determination in twenty one silicate rock referencematerials by isotope dilution ICP-MS. GeostandardsNewsletter: The Journal of Geostandards andGeoanalysis, 23, 21-29.B in twenty one geochemical reference materials.

99/032/MT/SMDyar M.D., Guidotti C.V., Core D.P., Wearn K.M.,Wise M.A., Francis C.A., Johnson K., Brady J.B.,Robertson J.D. and Cross L.R. (1999)Stable isotope and crystal chemistry of tourmaline acrosspegmatite-country rock boundaries at Black Mountainand Mount Mica, southwestern Maine, U.S.A. EuropeanJournal of Mineralogy, 11, 281-294.18O in NIST SRM 28.

99/033/RT/SPElbaz-Poulichet F., Seyler P., Maurice-Bourgoin L.,Guyot J.L. and Dupuy C. (1999)Trace element geochemistry in the upper Amazon drainage basin (Bolivia). Chemical Geology, 157, 319-334.Data for GBW 07310 - GSD 10.

99/034/RT/SPElburg M.A. and Foden J. (1999)Geochemical response to varying tectonic settings: Anexample from southern Sulawesi (Indonesia).Geochimica et Cosmochimica Acta, 63, 1155-1172.Data for AGV-1.

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99/035/RT/TTEl Maghraoui M., Joron J.L., Etoubleau J., Cambon P. and Treuil M. (1999)Determination of forty four major and trace elements inGPMA magmatic rock reference materials using X-rayfluorescence spectrometry (XRF) and instrumental neutronactivation analysis (INAA). Geostandards Newsletter: TheJournal of Geostandards and Geoanalysis, 23, 59-68.Data for “GPMA” samples, MB-H, PM-S, WS-E, AC-E, BE-N, GXR-4.

99/036/RT/SPEly J.C., Neal C.R., O’Neil J.A. Jr and Jain J.C. (1999)Quantifying the platinum group elements (PGEs) andgold in geological samples using cation exchange pre-treatment and ultrasonic nebulization inductively coupled plasma-mass spectrometry (USN-ICP-MS).Chemical Geology, 157, 219-234.PGE + Au in UMT-1.

99/037/RT/FXEtoubleau J., Cambon P., Bougault H. and Joron J.L. (1999)Precise quantitative determination of niobium at low level concentrations in geological samples by WD-XRF.Geostandards Newsletter: The Journal of Geostandardsand Geoanalysis, 23, 187-195.Nb in fifteen geological reference materials.

99/038/RT/TTFerreira S.L.C., de Jesus D.S., Casella R.J., Costa A.C.S., de Carvalho M.S. and Santelli R.E. (1999)An on-line solid phase extraction system using polyurethane foam for the spectrophotometric determination of nickel in silicates and alloys. Analytica Chimica Acta, 378, 287-292.Ni, Fe and Cu in PCC-1.

99/039/RM/MPFialin M., Remy H., Richard C. and Wagner C. (1999)Trace element analysis with the electron microprobe:New data and perspectives. American Mineralogist, 84, 70-77.Results for GSP-1, G-2, BR, W-1, BCR-1 and AGV-1.

99/040/MT/SMFiebig J., Wiechert U., Rumble III D. and Hoefs J. (1999)High-precision in situ oxygen isotope analysis of quartzusing an ArF laser. Geochimica et Cosmochimica Acta,63, 687-702.δ18O in NIST SRM 28 and UWG-2.

99/041/OT/MNFleet M.E., Liu M. and Crocket J.L. (1999)Partitioning of trace amounts of highly siderophile elements in the Fe-Ni-S system and their fractionation in nature. Geochimica et Cosmochimica Acta, 63,2611-2622.Au in CANMET MA-1.

99/042/RT/SMFrei R., Bridgwater D., Rosing M. and Stecher O. (1999)Controversial Pb-Pb and Sm-Nd isotope results in theearly Archean Isua (West Greenland) oxide iron formation: Preservation of primary signatures versussecondary disturbances. Geochimica et CosmochimicaActa, 63, 473-488.Sm, Nd, 147Sm/144Nd, 143Nd/144Nd for IF-G.

99/043/MT/SMFu B., Zheng Y.F., Wang Z., Xiao Y., Gong B. and Li S. (1999)Oxygen and hydrogen isotope geochemistry of gneissesassociated with ultra-high pressure eclogites atShuanghe in the Dabie Mountains. Contributions toMineralogy and Petrology, 134, 52-66.18O in GBW04409 and GBW04410 (quartz) NIST SRM28, δH in NIST SRM 30.

99/044/RT/SMFurman T. and Graham D. (1999)Erosion of lithospheric mantle beneath the East AfricanRift system: Geochemical evidence from the Kivu volcanicprovince. Lithos, 48, 237-262.143Nd/144Nd in BCR-1.

99/045/RT/TTGallorini M., Rizzio E., Birattari C., Bonardi M. andGroppi F. (1999)Content of trace elements in the respirable fractions ofthe air particulate of urban and rural areas monitored byneutron activation analysis. Biological Trace ElementResearch, 71-72, 209-222.Data for NIST SRM 1632b.

99/046/RT/SMGamble J.A., Wood C.P., Price R.C., Smith I.E.M.,Stewart R.B. and Waight T. (1999)A fifty year perspective of magmatic evolution onRuapehu Volcano, New Zealand: Verification of opensystem behaviour in an arc volcano. Earth and PlanetaryScience Letters, 170, 301-314.87Sr/86Sr in BCR-1.

99/047/RT/SPGauthier P.J. and Condomines M. (1999)210Pb-226Ra radioactive disequilibria in recent lavas andradon degassing: Inferences on the magma chamberdynamics at Stromboli and Merapi volcanoes. Earth andPlanetary Science Letters, 172, 111-126.Ba and Pb in AGV-1 and RGM-1.

99/048/RT/SPGao S., Ling W., Qiu Y., Lian Z., Hartmann G. andSimon K. (1999)Contrasting geochemical and Sm-Nd isotopic compositionsof Archean metasediments from the Kongling high-gradeterrain of the Yantze craton: Evidence for cratonic evolution and redistribution of REE during crustal anatexis.Geochimica et Cosmochimica Acta, 63, 2071-2088.Analyses of AGV-1 and BHVO-1.

99/049/MT/SMGerdes M.L., Baumgartner L.P. andValley J.W. (1999)Stable isotopic evidence for limited fluid flow throughdolomitic marble in the Adamello contact aureole, Cima Uzza, Italy. Journal of Petrology, 40, 853-872.δ18O and δ13C for NIST SRM 19.

99/050/RT/SMHan BF., Wang S.G. and Kagami H. (1999)Trace element and Nd-Sr isotope constraints on origin of the Chifeng flood basalts, North China. ChemicalGeology, 155, 187-199.143Nd/144Nd for JB-1A.


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99/051/RT/SMHarmer R.E. (1999)The petrogenetic association of carbonatite and alkalinemagmatism: Constraints from the Spitskop Complex,South Africa. Journal of Petrology, 40, 525-548.87Sr/86Sr and 143Nd/144Nd in BCR-1.

99/052/RT/TTHassan S., Ishiga H., Roser B.P., Dozen K. andNaka T. (1999)Geochemistry of Permian-Triassic shales in the Salt Range,Pakistan: Implications for provenance and tectonism atthe Gondwana margin. Chemical Geology, 158,293-314.Data for SCo-1.

99/053/RT/SMHenderson G.M. and Burton K.W. (1999)Using (234U/238U) to assess diffusion rates of isotope tracers in ferromanganese crusts. Earth and PlanetaryScience Letters, 170, 169-179.235U/234U in NIST SRM U-500.

99/054/RT/SMHenderson G.M., Slowey N.C. and Haddad G.A. (1999)Fluid flow through carbonate platforms: Constraints from234U/238U and Cl- in Bahamas pore-waters. Earth andPlanetary Science Letters, 169, 99-111.235U/234U in NIST SRM U-500.

99/055/RT/SPHinrichs J. and Schnetger B. (1999)A fast method for the simultaneous determination of230Th, 234U and 235U with isotope dilution sector fieldICP-MS. The Analyst, 124, 927-932.230Th and 234U in UREM-11.

99/056/RT/SPHollings P., Wyman D. and Kerrich R. (1999)Komatiite-basalt-rhyolite volcanic associations in NorthernSuperior Province greenstone belts: Significance ofplume-arc interaction in the generation of the proto-continental Superior Province. Lithos, 46, 137-161.Results for BIR-1.See 93/182/RT/SP; 94/183/RT/SP, 98/079/RT/SP;99/071/RT/SP.

99/057/RT/FXHoogewerff J.A. (1999)Magma genesis and slab-wedge interaction across an island arc-continent collision zone, East Sunda Arc,Indonesia. Ph.D. Thesis, University Utrecht, TheNetherlands. Geologica Ultraiectina. Mededelingenvan de Faculteit Aardwetenschappen Universteit Utrecht,No 178, 199pp.Data for AGV-1, BCR-1, BHVO-1, G-2 and GSP-1.

99/058/RT/SMHoskin P.W.O. (1999)SIMS determination of µg g-1- level fluorine in geologicalsamples and its concentration in NIST SRM 610.Geostandards Newsletter: The Journal of Geostandardsand Geoanalysis, 23, 69-76.F in NIST SRM 610.

99/059/RT/SPHou H.B. and Narasaki H. (1999)Determination of antimony in river water by hydridegeneration high-resolution ICP-MS. Atomic Spectroscopy,20, 20-24.Sb in PACS-1.

99/060/RT/SPHowe S.E., Davidson C.M. and McCartney M. (1999)A preliminary investigation of the operational and isotopic speciation of uranium in sediments. Fresenius’Journal of Analytical Chemistry, 363, 582-584.U and Zn in BCR 601.

99/061/MT/SMHunter A.G., Kempton P.D. and Greenwood P. (1999)Low-temperature fluid-rock interaction - an isotopic andmineralogical perspective of upper crustal evolution, eastern flank of the Juan de Fuca Ridge (Jd FR), ODP Leg 168. Chemical Geology, 155, 3-28.18O in NIST SRM 28.

99/062/RT/AAIkävalko E., Laitinen T. and Revitzer H. (1999)Optimised version of coal digestion for trace metal determination of atomic absorption spectroscopy.Fresenius’ Journal of Analytical Chemistry, 363, 314-316.Results for NIST SRM 1635 and 1632b.

99/063/RT/SPIrber W. (1999)The lanthanide tetrad effect and its correlation with K/Rb,Eu/Eu*, Sr/Eu, Y/Ho, and Zr/Hf of evolving peraluminousgranite suites. Geochimica et Cosmochimica Acta, 63,489-508.Data for PM-S.

99/064/RT/SMIshikawa T. and Tera F. (1999)Two isotopically distinct fluid components involved in theMariana arc: Evidence from Nb/B ratios and B, Sr, Ndand Pb isotope systematics. Geology, 27, 83-86.11B in JB-3.

99/065/RM/MNJerde E.A. and Glasgow D.C. (1999)“Sleeping reactor” irradiations: The use of a shut-downreactor for the determination of elements with short-livedactivation products. Journal of Radioanalytical andNuclear Chemistry, 242, 753-759.Al, Ti, Mg and V in BHVO-1, SCo-1 and NIST SRM 2711.

99/066/RT/SMJohnson C.M. and Winter B.L. (1999)Provenance analysis of lower Paleozoic cratonic quartzarenites of the North American mid-continent region: U-Pb and Sm-Nd isotope geochemistry. The GeologicalSociety of America Bulletin, 111, 1723-1738.143Nd/144Nd in BCR-1.

99/067/OM/CGJunnila P., Latvala M., Matilainen R. andTummavuori J. (1999)Optimization of the gravimetric determination method ofnickel as dimethylglyoximate for nickel raw materials.Fresenius’ Journal of Analytical Chemistry, 365, 325-331.Ni in PTC-1a.

99/068/RM/SPKanicky V. and Mermet J.M. (1999)Use of a single calibration graph for the determination of major elements in geological materials by laser ablation-inductively coupled plasma-atomic emissionspectrometry with added internal standards. Fresenius’Journal of Analytical Chemistry, 363, 294-299.Data for TB, BM, TS and FK (ZGI, Berlin).

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99/069/RT/SPKawamura H., Tagomori H., Matsuoka N.,Takashima Y., Tawaki S. and Momoshima N. (1999)Determination of stable lead isotope ratios in environmental samples: Combination of microwavedigestion and ICP-MS. Journal of Radioanalytical and Nuclear Chemistry, 242, 717-720.207Pb/206Pb, 208Pb/206Pb in NIES-2.

99/070/RT/MNKerr A.C., Iturralde-Vinent M.A., Saunders A.D.,Babbs T.L. and Tarney J. (1999)A new plate tectonic model of the Caribbean:Implications from a geochemical reconnaissance ofCuban Mesozoic volcanic rocks. Geological Society of America Bulletin, 111, 1581-1599.Data for JB-1a.

99/071/RT/SPKerrich R., Polat A., Wyman D. and Hollings P. (1999)Trace element systematics of Mg-, to Fe-tholeiitic basaltsuites of the Superior Province: Implications for Archeanmantle reservoirs and greenstone belt genesis. Lithos, 46, 163-187.Values for BIR-1, See 93/182/RT/SP, 98/079/RT/SP,99/056/RT/SP.

99/072/RT/SPKerrich R., Wyman D., Hollings P. and Polat A. (1999)Variability of Nb/U and Th/La in 3.0 to 2.7 Ga SuperiorProvince ocean plateau basalts: Implications for thetiming of continental growth and lithosphere recycling.Earth and Planetary Science Letters, 168, 101-115.Data for BIR-1 and BHVO-1.

99/073/RT/FXKuleff I., Djingova R. and Ivanova Ju (1999)Determination of Ba, Fe, Sr, and Zr in silicate materialswith ED-XRF using 241Am excitation source. Journal ofRadioanalytical and Nuclear Chemistry, 242, 787-791.Ba, Fe, Sr, Zr in geochemical reference materials.

99/074/RT/MPKurosawa M., Campbell J.L., Teesdale W.J., Ohyi H., Deguchi Y. and Murao S. (1999)Quantitative trace element analyses of silicate referencematerials and a stainless steel using the proton microprobe.Chemical Geology, 160, 241-250.Data for JA-1, JB-1a, JF-1 and JGb-1.

99/075/MT/SMKyser T.K., O’Hanley D.S. and Wicks F.J. (1999)The origin of fluids associated with serpentinizationprocesses: Evidence from stable-isotope compositions.The Canadian Mineralogist, 37, 223-237.18O for NIST SRM 28 and 2H for NIST SRM 30.

99/076/RT/TTKystol J. and Larsen L.M. (1999)Analytical procedures in the Rock GeochemicalLaboratory of the Geological Survey of Denmark and Greenland. Geology of Greenland Survey Bulletin,184, 59-62.Results for twelve geochemical reference materials.

99/077/RT/SPLachas H., Richaud R., Jarvis K.E., Herod A.A.,Dugwell D.R. and Kandiyoti R. (1999)Determination of 17 trace elements in coal and ash reference materials by ICP-MS applied to milligramsample sizes. The Analyst, 124, 177-184.Results for CTA-FFA-1 and NIST SRM 1632b. Results forNIST SRM 1635 and 1633b available as ElectronicSupplementary Information.

99/078/RT/SPLam J.W.H., Sturgeon R.E. and McLaren J.W. (1999)Ultra-trace determination of Se in sediments by electrothermal vaporizer-inductively coupled plasma-mass spectrometry: Use of the ETV as a thermochemicalreactor. Spectrochimica Acta, 54B, 443-453.Se in HISS-1, PACS-1 and PACS-2.

99/079/RT/SMLambert D.D., Foster J.G., Frick L.R., Li C. andNaldrett A.J. (1999)Re-Os isotopic systematics of the Voisey’s Bay Ni-Cu-Comagmatic ore system, Labrador, Canada. Lithos, 47, 69-88.Os, Re, 187Os/188Os for WPR-1. See 98/140/RT/SM and99/013/RT/SM.

99/080/RM/MNLatif Sk.A., Oura Y., Ebihara M., Kallemeyn G.W.,Nakahara H., Yonezawa C., Matsue T. andSawahata H. (1999)Prompt gamma-ray analysis (PGA) of meteorite samples,with emphasis on the determination of Si. Journal ofRadioanalytical and Nuclear Chemistry, 239, 577-580.Si in JB-1.

99/081/RT/SMLecuyer C., Grandjean P. and Sheppard S. (1999)Oxygen isotope exchange between dissolved phosphateand water at temperatures < 135 °C: Inorganic versusbiological fractionations. Geochimica et CosmochimicaActa, 63, 855-862.δ18O in NIST SRM 120c.

99/082/RT/MNLee K.Y., Shim S.K., Yoon Y.Y., Chung Y.S. and Lee G.H. (1999)An accurate and sensitive analysis of trace and ultratracemetallic impurities in plastics by NAA. Journal ofRadioanalytical and Nuclear Chemistry, 241, 129-134.Data for NIST SRM 1632b.

99/083/RT/TTLi C., Chai C., Mao X. and Ouyang H. (1999)Chemical speciation study of platinum metals and othersiderophile elements in Precambrian/Cambrian blackshale, south China. Fresenius’ Journal of AnalyticalChemistry, 363, 602-605.Data for GBW 07291 and GSD-9.

99/084/RT/SPLiao H.C. and Jiang S.J. (1999)Determination of cadmium, mercury and lead in coal flyash by slurry sampling electrothermal vaporization-inductively coupled plasma-mass spectrometry.Spectrochimica Acta, 54B, 1233-1242.Cd, Hg, Pb in NIST SRM 1633a.

99/085/RT/SPLorand J.P., Pattou L. and Gros M. (1999)Fractionation of platinum-group elements and gold in theupper mantle: A detailed study in Pyrenean orogeniclherzolites. Journal of Petrology, 40, 957-981.Au + PGE in WGB-1.


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99/086/RT/MNMaier W.D. and Barnes S.J. (1999)Platinum-group elements in silicate rocks of the lower, critical and main zones at Union Section, westernBushveld Complex. Journal of Petrology, 40, 1647-1671.PGE + Au in SARM-7.

99/087/RT/SPMakishima A. and Nakamura E. (1999)Determination of molybdenum, antimony and tungsten atsub µg g-1 levels in geological materials by ID-FI-ICP-MS.Geostandards Newsletter: The Journal of Geostandardsand Geoanalysis, 23, 137-148.Results for PCC-1, DTS-1, BCR-1, BHVO-1, AGV-1, JP-1, JB-1, -2, -3, JA-1, -2 and -3.

99/088/RT/SPMakishima A., Nakamura E. and Nakano T. (1999)Determination of zirconium, niobium, hafnium and tantalum at ng g-1 levels in geological materials by directnebulisation of sample HF solution into FI-ICP-MS.Geostandards Newsletter: The Journal of Geostandardsand Geoanalysis, 23, 7-20.Zr, Nb, Hf and Ta in BCR-1, BHVO-1, AGV-1, DTS-1, PCC-1, JB-1, JB-2, JB-3, JA-1, JA-2, JA-3, JP-1.

99/089/OT/TTMalhotra R.K., Satyanarayana K. and Ramanaiah G.V. (1999)Determination of Au, Pd, Pt and Rb in rocks, ores, concentrates and sulfide float samples by ICP-OES/FAASafter reductive coprecipitation using Se as collector.Atomic Spectroscopy, 20, 92-101.Au, Pd, Pt and Rh in MA-1b, PTC-1, PTM-1 and SARM-7.

99/090/RT/SPMason P.R.D., Jarvis, K.E., Downes H. and Vannucci R. (1999)Determination of incompatible trace elements in mantleclinopyroxenes by LA-ICP-MS: A comparison of analyticalperformance with established techniques. GeostandardsNewsletter: The Journal of Geostandards andGeoanalysis, 23, 157-172.Data for BCR-2G.

99/091/RT/MNMasumoto K., Ohtsuki T., Miyamoto Y., Zaidi J.H.,Kajikawa A., Haba H. and Sakamoto K. (1999)Photon activation analysis of iodine, thallium and uranium in environmental materials. Journal ofRadioanalytical and Nuclear Chemistry, 239, 495-500.I, Tl, U in environmental and GSJ geochemical referencesamples.

99/092/RM/CGMatilainen R. and Tummavuori J. (1999)Determination of SiO2 in lime mud by gravimetry.Fresenius’ Journal of Analytical Chemistry, 364, 700-704.SiO2 in NIST SRM 1c, 694 and 88b.

99/093/RT/CKMatsuoka S., Tennichi Y., Takehara K. andYoshimura K. (1999)Flow analysis of micro amounts of chromium (III) and (VI)in natural water by solid phase spectrophotometry usingdiphenylcarbazide. The Analyst, 124, 787-791.Cr in JB-1.

99/094/RT/SMMelcher F., Grum W., Thalhammer T.V. andThalhammer O.A.R. (1999)The giant chromite deposits at Kempirsai, Urals:Constraints from trace element (PGE, REE) and isotopedata. Mineralium Deposita, 34, 250-272.143Nd/144Nd, Nd, Sm in BCR-1.

99/095/RT/MNMichel H., Barci-Funel G., Dalmasso J. andArdisson G. (1999)One step ion exchange process for the radio-chemicalseparation of americium, plutonium and neptunium insediments. Journal of Radioanalytical and NuclearChemistry, 240, 467-470.239-240Pu, 238Pu and 241Am in IAEA 300.

99/096/RT/MNMiyamoto Y., Haba H., Kajikawa A., Masumoto K.,Nakanishi T. and Sakamoto K. (1999)Interferences in neutron and photon activation analysis.Journal of Radioanalytical and Nuclear Chemistry, 240,165-175.Data for GSJ igneous and sedimentary geochemicalreference materials.

99/097/RT/SMNeff U., Bollhöfer A., Frank N. and Mangini A. (1999)Explaining discrepant depth profiles of 234U /238U and230Thexc in Mn-crust. Geochimica et Cosmochimica Acta,63, 2211-2218.δ234U in NIST SRM 960.

99/098/RT/MNNygren U. (1999)Determination of 90Sr in soil and sediment using lithium-borate fusion and extraction chromatography. Journal ofRadioanalytical and Nuclear Chemistry, 241, 549-551.90Sr in Soil-6, IAEA 367, 375 and 135.

99/099/MT/SMO’Connor Y.L. and Morrison J. (1999)Oxygen isotope constraints on the petrogenesis of theSybille intrusion of the Proterozoic Laramie anorthositecomplex. Contributions to Mineralogy and Petrology,136, 81-91.18O in UWG-2 (garnet).

99/100/RT/SPOguri K., Shimoda G. and Tatsumi Y. (1999)Quantitative determination of gold and the platinum-group elements in geological samples using improvedNiS fire-assay and tellurium coprecipitation with inductively coupled plasma-mass spectrometry (ICP-MS).Chemical Geology, 157, 189-197.PGE+Au in SARM-7, WPR-1, UMT-1 and WMG-1 (+ Mintek 2/77).

99/101/RT/SMPankhurst R.J., Weaver S.D., Hervé F. and Larrondo P. (1999)Mesozoic-Cenozoic evolution of the North PatagonianBatholith in Aysen, Southern Chile. Journal of theGeological Society, London, 156, 673-694.Data for BHVO-1.

99/102/MT/SMPark Y.R. and Ripley E.M. (1999)Hydrothermal flow systems in the Midcontinent Rift:Oxygen and hydrogen isotopic studies of the NorthShore Volcanic Group and related Hypabyssal Sills,Minnesota. Geochimica et Cosmochimica Acta, 63,1787-1804.δ18O in NIST SRM 28.

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99/103/MT/SMPark Y.R., Ripley E.M., Severson M. and Hauck S. (1999)Stable isotopic studies of mafic sills and proterozoicmetasedimentary rocks located beneath the DuluthComplex, Minnesota. Geochimica et CosmochimicaActa, 63, 657-674.δ18O and 2H in NIST SRM 28, NCSU, BA66 and KGA-1.

99/104/RT/TTPeate D.W., Hawkesworth C.J., Mantovani M.M.S.,Rogers N.W. and Turner S.P. (1999)Petrogenesis and stratigraphy of the high-Ti/Y Urubicimagma type in the Parana flood basalt province andimplications for the nature of “Dupal”-type mantle in theSouth Atlantic region. Journal of Petrology, 40, 451-473.Pb in BHVO-1; Cs, REE, Hf, Ta, Th and U in WS-E;143Nd/144Nd in BCR-1.

99/105/RT/AEPereiro I.R., Wasik A. and Lobinski R. (1999)Speciation of organotin in sediments by multicapillarygas chromatography with atomic emission detection aftermicrowave assisted leaching and solvent extraction-derivatization. Fresenius’ Journal of Analytical Chemistry,363, 460-465.Butyltin compounds in PACS-2.

99/106/RT/SMPfänder J.A., Jochum K.P., Sassen A., Stoll B.,Maissenbacher P. and Murmann M. (1999)Determination of Y, Zr and ultra-low Nb concentrations ingeological material by multi-ion counting spark-sourcemass spectrometry. Fresenius’ Journal of AnalyticalChemistry, 364, 376-380.Zr, Y and Nb in 4 GRS.

99/107/RT/SPPietruszka A.J. and Garcia M.O. (1999)A rapid fluctuation in the mantle source and melting history of Kilauea Volcano inferred from the geochemistryof its historical summit lavas (1790-1982). Journal ofPetrology, 40, 1321-1342.Data for BHVO-1.

99/108/MT/SMPineau F., Semet M.P., Grassineau N., Okrugin V.M.and Javoy M. (1999).The genesis of the stable isotope (O, H) record in arcmagmas: The Kamtchatka’s case. Chemical Geology,135, 93-124.18O in NIST SRM 28.

99/109/RM/FXPrange A., Reus U., Schwenke H. and Knoth J. (1999)Optimization of TXRF measurements by variable incidentangles. Spectrochimica Acta, 54B, 1505-1511.K, Ti, Fe and Zn in NIST SRM 1633a.

99/110/RT/FMPremadas A. and Srivastava P.K. (1999)Rapid laser fluorometric method for the determination ofuranium in soil, ultrabasic rock, plant ash, coal fly ashand red mud samples. Journal of Radioanalytical andNuclear Chemistry, 242, 23-27.U in MRG-1, UMAT-1, NIST SRM 1633a.

99/111/MT/SMPrestvik T., Torske T., Sundvoll B. and Karlsson H. (1999)Petrology of early Tertiary nephelinites off mid-Norway.Additional evidence for an enriched end-member of theancestral Iceland plume. Lithos, 46, 317-330.18O in NIST SRM 28.

99/112/RT/TTPrice R.C., Stewart R.B., Woodhead J.D. and Smith I.E.M. (1999)Petrogenesis of high-K arc magmas: Evidence fromEgmont Volcano, North Island, New Zealand. Journal ofPetrology, 40, 167-197.87Sr/86Sr, 143Nd/144Nd for BCR-1 and BHVO-1, data forBHVO-1.

99/113/MT/SMRathmell M.A., Streepey M.M., Essene E.J. and van der Pluijm B.A. (1999)Comparison of garnet-biotite, calcite-graphite, and calcite-dolomite thermometry in the Grenville Orogen;Ontario, Canada. Contributions to Mineralogy andPetrology, 134, 217-231.13C in NIST SRM 19, 21 and 22; 18O in NIST SRM 19.

99/114/RT/SPRehkämper M., Halliday A.N., Fitton J.G., Lee D.C.,Wieneke M. and Arndt N.T. (1999)Ir, Ru, Pt, and Pd in basalts and komatiites: Newconstraints for the geochemical behavior of the platinum-group elements in the mantle. Geochimica etCosmochimica Acta, 63, 3915-3934.Ir, Ru, Pt and Pd in KAL-1 (komatiite).

99/115/RT/SPReid J.E., Horn I., Longerich H.P., Forsythe L. andJenner G.A. (1999)Determination of Zr and Hf in a flux-free fusion of wholerock samples using laser ablation-inductively coupledplasma-mass spectrometry (LA-ICP-MS) with isotope dilution calibration. Geostandards Newsletter: TheJournal of Geostandards and Geoanalysis, 23, 149-155.Zr and Hf in GRS, 90Zr/91Zr in JB-3, MRG-1 and BHVO-1.

99/116/RT/AFRico C.M., Fernandez-Romero J.M. and Luque de Castro M.D. (1999)Laser ablation-atomic fluorescence approach for thedetermination of mercury. Fresenius’ Journal of AnalyticalChemistry, 365, 320-324.Hg in BCR-145R.

99/117/RT/AARio-Segade S. and Bendicho C. (1999)Determination of total and inorganic mercury in biological and environmental samples with on-line oxidation coupled to flow injection-cold vapor atomicabsorption spectrometry. Spectrochimica Acta, 54B,1129-1139.Hg in BCR 320 and 145 R.

99/118/MT/SMRipley E.M., Park Y R., Li C. and Naldrett A.J. (1999)Sulfur and oxygen isotopic evidence of country rockcontamination in the Voisey’s Bay Ni-Cu-Co deposit,Labrador, Canada. Lithos, 47, 53-68.δ18O in NIST SRM 28.


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99/119/RT/TTRobinson P., Townsend A.T., Yu Z. and Munker C. (1999)Determination of scandium, yttrium and rare earth elements in rocks by high resolution inductively coupledplasma-mass spectrometry. Geostandards Newsletter:The Journal of Geostandards and Geoanalysis, 23, 31-46.Sc, Y and REE in eight geochemical reference materials;Ba, Pb, Th and U in BHVO-1.

99/120/RT/SPRodriguez I., Mounicou S., Lobinski R., Sidelnikov V.,Patrushev Y. and Yamanaka M. (1999)Species-selective analysis by microcolumn multicapillarygas chromatography with inductively coupled plasma-mass spectrometric detection. Analytical Chemistry, 71,4534-4543.Organotin compounds in PACS-2.

99/121/RT/TTRollinson H. (1999)Petrology and geochemistry of metamorphosed komatiites and basalts from the Sula Mountains greenstone belt, Sierra Leone. Contributions toMineralogy and Petrology, 134, 86-101.Data for MRG-1 and 12 REE in BOB-1.

99/122/RT/MNSaiki M., Saldiva P.H.N. and Haertel Alice S. (1999)Evaluation of trace elements in lung samples from coalminers using neutron activation analysis. Biological TraceElement Research, 71-72, 291-297.Data for W-1.

99/123/RT/MNSano T., Fukuoka T., Hasenaka T., Yonezawa C.,Matsue H. and Sawahata H. (1999)Accurate and efficient determination of boron content involcanic rocks by neutron induced prompt gamma-rayanalysis. Journal of Radioanalytical and NuclearChemistry, 239, 613-617.B in nine GSJ volcanic rock reference materials.

99/124/RT/SMSaprykin A.I., Becker J.S. and Dietze H.J. (1999)Investigation of the analytical performance of glidingspark source mass spectrometry (GSSMS) for the traceanalysis of nonconducting materials. Fresenius’ Journal of Analytical Chemistry, 364, 763-767.Data for NIST SRM 611.

99/125/RT/SPSha L.K. and Chappell B.W. (1999)Apatite chemical composition, determined by electronmicroprobe and laser ablation-inductively coupled plasma-mass spectrometry as a probe into granite petrogenesis. Geochimica et Cosmochimica Acta, 63,3861-3881.Data for NIST SRM 610.

99/126/RT/SPSims K.W.W., DePaolo D.J., Murrell M.T., Baldridge W.S., Goldstein S., Clague D. and Jull M. (1999)Porosity of the melting zone and variations in the solidmantle upwelling rate beneath Hawaii: Interferences from238U-230Th-226Ra and 235U-231Pa disequilibria.Geochimica et Cosmochimica Acta, 63, 4119-4138.Data for BHVO-1; 143Nd/144Nd for BCR-1.

99/127/RT/SMStecher O., Carlson R.W. and Gunnarsson B. (1999)Torfajökull: A radiogenic end-member of the Iceland Pb-isotopic array. Earth and Planetary Science Letters,165, 117-127.Data for BCR-1.

99/128/RM/TTSteenfelt A. (1999)Variability of XRF and AAS analyses from the RockGeochemical Laboratory of the Geological Survey ofDenmark and Greenland. Geology of Greenland SurveyBulletin, 184, 49-57.Data for STSD-1 to 4; LKSD-1 to 4.

99/129/RT/SMStoll B. and Jochum K.P. (1999)MIC-SSMS analyses of eight new geological standardglasses. Fresenius’ Journal of Analytical Chemistry, 364,380-384.Trace elements in eight geological reference materialglasses.

99/130/RT/SMStorey B.C., Leat P.T., Weaver S.D., Pankhurst R.J.,Bradshaw J.D. and Kelley S. (1999)Mantle plumes and Antarctica-New Zealand rifting:Evidence from mid-Cretaceous mafic dykes. Journal ofthe Geological Society, London, 156, 659-671.87Sr/86Sr and 143Nd/144Nd in BHVO-1.

99/131/RT/TTSzaloki I., Somogyi A, Braun M. and Toth A. (1999)Investigation of geochemical composition of lake sediments using ED-XRF and ICP-AES techniques. X-Ray Spectrometry, 28, 399-405.Data for SOIL-7, SD-N-1/2, SL-3.

99/132/RT/AESzpunar J. and Lobinski R. (1999)Speciation in the environmental field-trends in analyticalchemistry. Fresenius’ Journal of Analytical Chemistry,363, 550-557.Butyltin compounds in geological reference materials.

99/133/MT/SMTalbi El.H., Honnorez J., Clauer N., Gauthier-Lafaye F. and Stille P. (1999)Petrology, isotope geochemistry and chemical budgets ofoceanic gabbros - seawater interactions in the EquatorialAtlantic. Contributions to Mineralogy and Petrology, 137,246-266.18O in NIST SRM 28.

99/134/RT/FXTheisen M. and Niessner R. (1999)Sapphire sample carriers for silicon determination by total-reflection X-ray fluorescence analysis.Spectrochimica Acta, 54B, 1839-1848.Data for NIST SRM 1648.

99/135/RT/SPTomascak P.B., Carlson R.W. and Shirey S.B. (1999)Accurate and precise determination of Li isotopic compositions by multi-collector sector ICP-MS. Chemical Geology, 158, 145-154.δ7Li in JB-2 and NIST SRM 688.

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99/136/RT/SPTomascak P.B., Tera F., Helz R.T. and Walker R.J. (1999)The absence of lithium isotope fractionation during basaltdifferentiation: New measurements by multicollector sector ICP-MS. Geochimica et Cosmochimica Acta, 63,907-910.7Li in JB-2.

99/137/RT/SPTomlinson K.Y., Hughes D.J., Thurston P.C. and Hall R.P. (1999)Plume magmatism and crustal growth at 2.9 to 3.0 Gain the Steep Rock and Lumby Lake area, WesternSuperior Province. Lithos, 46, 103-136.Results for BHVO-1, UB-N, DR-N, BE-N.

99/138/RT/AATony K.A., Kartikeyan S., Vijayalakshmy B., Prasada Rao T. and Padmanabha Iyer C.S. (1999)Flow injection on-line preconcentration and flame atomicabsorption spectrometric determination of iron, cobalt,nickel, manganese and zinc in sea-water. The Analyst,124, 191-195.Fe, Ni, Mn and Zn in MESS-1.

99/139/RT/MNTorres J.M., Llaurado M. and Rauret G. (1999)Microwave-assisted pre-treatment of environmentalsamples for the determination of 90Sr. Analytica ChimicaActa, 379, 135-142.90Sr in IAEA-367.

99/140/RT/SPTownsend A.T. (1999)The determination of arsenic and selenium in standardreference materials using sector field ICP-MS in high resolution mode. Fresenius’ Journal of AnalyticalChemistry, 364, 521-526.As and Se in NIST SRM 2704.

99/141/ST/SPUchida S. and Tagami K. (1999)Use of IAEA reference materials (IAEA-373 and 375) aslow-level 99Tc references. Journal of Radioanalytical andNuclear Chemistry, 240, 357-359.99Tc in IAEA-375.

99/142/RT/SPVanhaecke F. and Moens L. (1999)Recent trends in trace element determination and speciation using inductively coupled plasma-mass spectrometry. Fresenius’ Journal of Analytical Chemistry,364, 440-451.Bu Sn in PACS-1, Hg in BCR 146.

99/143/RT/CKWang J., Ashley K., Marlow D., England E.C. andCarlton G. (1999)Field method for the determination of hexavalent chromium by ultrasonication and strong anion-exchangesolid-phase extraction. Analytical Chemistry, 71, 1027-1032.Cr (VI) in NIST SRM 1633a, BCR 545.

99/144/RT/SMWayne D.M., Schulze R.K., Maggiore C., Wayne Cooke D. and Havrilla G. (1999)Characterization of tantalum films on analytical surfaces:insights into sputtering of nonconductors in a direct-current glow discharge using secondary cathodes.Applied Spectroscopy, 53, 266-277.Data for NIST SRM 278, 612.

99/145/RT/TTWhite R.V., Tarney J., Kerr A.C., Saunders A.D.,Kempton P.D., Pringle M.S. and Klaver G.T. (1999)Modification of an oceanic plateau, Aruba, DutchCaribbean: Implications for the generation of continentalcrust. Lithos, 46, 43-68.Data for BHVO-1 and JB-2.

99/146/MT/SMXu B.L. and Zheng Y.F. (1999)Experimental studies of oxygen and hydrogen isotopefractionations between precipitated brucite and water atlow temperatures. Geochimica et Cosmochimica Acta,63, 2009-2018.18O in GBW 04409, GBW 04410 and NIST SRM 28; 2H in QYTB, NIST SRM 30.

99/147/RT/AAYan X.P., Sperling M. and Welz B. (1999)Application of a macrocycle immobilized silica gel sorbent to flow injection on-line microcolumn preconcentration and separation coupled with flame atomic absorption spectrometry for interference - freedetermination of trace lead in biological and environmental samples. Analytical Chemistry, 71,4216-4222.Pb in MESS-1, BCSS-1 and BCR-142.

99/148/RT/SPYang P., Rivers T. and Jackson S. (1999)Crystal-chemical and thermal controls on trace elementpartitioning between coexisting garnet and biotite inmetamorphic rocks from western Labrador. TheCanadian Mineralogist, 37, 443-468.Data for BCR-2G.

99/149/RT/AAYaru B.T., Bainok D. and Day G.M. (1999)Determination of Cd, Cu, Pb, and Zn in biological tissuesusing Zeeman graphite furnace AAS after microwavedigestion in non-pressurized, semi-closed vessel. AtomicSpectroscopy, 20, 33-38.Cd, Cu, Pb and Zn in NIST SRM 2704.

99/150/RT/MNYonezawa C., Ruska P.P., Matsue H., Magara M.and Adachi T. (1999)Determination of boron in Japanese geochemical reference samples by neutron-induced prompt gamma-ray analysis. Journal of Radioanalytical and Nuclear Chemistry, 239, 571-575.B in twenty one GSJ reference materials, Na in fourteenGSJ reference samples.

99/151/RT/SPYoshinaga J., Nakama A. and Takata K. (1999)Determination of total tin in sediment reference materialsby isotope dilution inductively coupled plasma-massspectrometry after alkali fusion. The Analyst, 124, 257-261.Sn in NIES-12 and 16; PACS-2, BCSS-1, MESS-1, JLk-1and Jsd-1.

99/152/ST/SPYukawa M., Watanabe Y., Nishimura Y., Guo Y.,Yongru Z., Lu H., Zhang W., Wei L. and Tao Z. (1999)Determination of U and Th in soil and plants obtainedfrom a high natural radiation area in China using ICP-MS and γ-counting. Fresenius’ Journal of AnalyticalChemistry, 363, 760-766.Th and U in JSD-1.


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99/153/RT/FXZeck H.P., Kristensen A.B. and Nakamura E. (1999)Inherited Palaeozoic and Mesozoic Rb-Sr isotopic signatures in Neogene calc-alkaline volcanics, Alboranvolcanic province, SE Spain. Journal of Petrology, 40,511-524.Data for AGV-1.

99/154/MT/SMZheng Y.F., Fu B., Xiao Y., Li Y. and Gong B. (1999)Hydrogen and oxygen isotope evidence for fluid-rockinteractions in the stages of pre-and post-UHP metamorphism in the Dabie Mountains. Lithos, 46,677-693.2H in NIST SRM 30.

b. New compilations of “recommended”values (155-158)

99/155/GG/TTGovil P.K. and Narayana B.L. (1999)New reference material of dunite rock, NGRI-UMR:Preparation and evaluation. Geostandards Newsletter:The Journal of Geostandards and Geoanalysis, 23,77-85.Preparation, data compilation for NGRI-UMR (dunite).

99/156/GG/TTImai N., Terashima S., Itoh S. and Ando A. (1999)1998 Compilation of analytical data for five GSJ geochemical reference samples: The “instrumental analysis series”. Geostandards Newsletter: The Journal of Geostandards and Geoanalysis, 23, 223-250.Data compilation for JR-3, JGb-2, JH-1, JSy-1 and JMn-1.

99/157/GG/TTLynch J. (1999)Additional provisional elemental values for LKSD-1, LKSD-2, LKSD-3, LKSD-4, STD-1, STD-2, STD-3 and STD-4.Geostandards Newsletter: The Journal of Geostandardsand Geoanalysis, 23, 251-260.Data compilation.

99/158/GG/TTVerkouteren R.M. (1999)Preparation, characterization, and value assignment ofcarbon dioxide isotopic reference materials: RMs 8562,8563 and 8564. Analytical Chemistry, 71, 4740-4746.δ13C and δ18O.

c. General aspects of reference materials(159-179)

99/159/GG/TTAurisicchio C., Demartin F., Ottolini L. and Pezzotta F. (1999)Homogeneous liddicoatite from Madagascar: A possiblereference material? First EMPA, SIMS and SREF data.European Journal of Mineralogy, 11, 237-242.

99/160/GG/TTBarwick V.J. and Ellison S.L.R. (1999)Measurement uncertainty: Approaches to the evaluationof uncertainties associated with recovery. The Analyst,124, 981-990.

99/161/GG/TTBleise A.R., Smodis B., Glavic-Cindro D. and Parr R.M. (1999)IAEA internet database of natural matrix reference materials. Biological Trace Element Research, 71-72,41-46.Internet implementation.

99/162/GG/TTBosque-Sendra J.M., Nechar M. and Cuadros-Rodriguez L. (1999)Decision protocol for checking robustness with previousoutlier detection in the validation of analytical methods.Fresenius’ Journal of Analytical Chemistry, 365, 480-488.Robustness of an analytical method.

99/163/GG/TTClement R.E., Yang P.W. and Koester C.J. (1999)Environmental analysis. Analytical Chemistry, 71,257R-292R.

99/164/GG/TTHässelbarth W. (1999)Complementary use of inter-laboratory certification studydata. Fresenius’ Journal of Analytical Chemistry, 365,574-576.

99/165/GG/TTHinton R.W. (1999)NIST SRM 610, 611 and SRM 612, 613 multi-elementglasses: Constraints from element abundance ratios measured by microprobe techniques. GeostandardsNewsletter: The Journal of Geostandards andGeoanalysis, 23, 197-207.Homogeneity.

99/166/GG/TTJülicher B., Gowik P. and Uhlig S. (1999)A top-down in-house validation base approach for theinvestigation of the measurement uncertainty using fractional factorial experiments. The Analyst, 124, 537-545.Measurement uncertainty.

99/167/GG/TTKane S. and Potts P.J. (1999)An interpretation of ISO guidelines for the certification of geological reference materials. GeostandardsNewsletter: The Journal of Geostandards andGeoanalysis, 23, 209-221.

99/168/GG/TTLipschutz M.E., Wolf S.F., Hanchar J.M. and Bartow Culp F. (1999)Geochemical and Cosmochemical Materials. AnalyticalChemistry, 71, 1R-20R.

99/169/GG/TTMestek O., Suchanek M., Koplik R., Fingerova H.and Curdova E. (1999)Computer simulation of the uncertainty of analyticalresults. Fresenius’ Journal of Analytical Chemistry, 364,203-207.Uncertainty.

99/170/GG/TTMullins E. (1999)Getting more from your laboratory control charts. TheAnalyst, 124, 433-442.Statistical quality control (SQC) charts.

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99/171/GG/TTOdegard M. (1999)Preparation of synthetic calibration materials for use inthe microanalysis of oxide minerals by direct fusion inhigh-purity graphite electrodes: Preliminary results forquartz and rutile. Geostandards Newsletter: The Journalof Geostandards and Geoanalysis, 23, 173-186.Preparation of calibration samples (LA-ICP-MS).

99/172/GG/TTPardo P., Lopez Sanchez J.F., Rauret G., Ruban V.,Muntau H. and Quevauviller Ph. (1999)Study of the stability of extractable phosphate content in a candidate reference material using a modifiedWilliams extraction procedure. The Analyst, 124, 407-411.Preparation, analyses, homogeneity and stability.

99/173/GG/TTQuevauviller P. and Horvat M. (1999)Artifact formation of methylmercury in sediments.Analytical Chemistry, 71, 155A-156A.MeHg in BCR 580.

99/174/GG/TTQuevauviller P. and Maier E.A. (1999)Interlaboratory studies and certified reference materialsfor environmental analysis. The BCR approach. Elsevier1999, 500pp.(Techniques and Instrumentation in Analytical Chemistry,volume 22).

99/175/GG/TTRamsey M.H., Squire S. and Gardner M.J. (1999)Synthetic reference sampling target for the estimation ofmeasurement uncertainty. The Analyst, 124, 1701-1706.Estimation of sampling bias.

99/176/GG/TTRichter W. (1999)Comparability and recognition of chemical measurementresults - an international goal. Fresenius’ Journal ofAnalytical Chemistry, 365, 569-573.

99/177/GG/TTRoelandts I. (1999)GeostandaRef Corner. Geochemical reference samplebibliography for 1998. Geostandards Newsletter: TheJournal of Geostandards and Geoanalysis, 23, 261-281.

99/178/GG/TTThompson M. (1999)A natural history of analytical methods. The Analyst, 124,991.Horwitz function.

99/179/GG/TTThompson M., Potts P.J., Kane J.S. and Chappell B.W. (1999)GeoPT3, international proficiency test for analytical geochemistry laboratories - report on round 3.Geostandards Newsletter: The Journal of Geostandardsand Geoanalysis, 23, 87-121.GeoPT3.

Index by elements

Ag 99/035 99/045 99/074 99/144 99/156

99/157 99/179

Al 89/187 90/211 91/213 91/214 91/217

92/191 92/192 92/194 92/195 92/196

93/246 93/247 93/248 94/244 94/246

94/247 94/248 94/252 95/263 95/269

95/270 96/226 96/227 97/299 98/214

98/215 98/216 99/018 99/023 99/035

99/039 99/045 99/052 99/057 99/065

99/068 99/076 99/082 99/096 99/112

99/121 99/128 99/144 99/145 99/155

99/156 99/157 99/159 99/172 99/179

241Am 99/010 99/095

As 95/264 97/298 99/012 99/017 99/026

99/035 99/045 99/074 99/077 99/082

99/083 99/124 99/125 99/134 99/140

99/156 99/157 99/179

Au 90/212 94/245 99/035 99/036 99/041

99/045 99/085 99/086 99/089 99/100

99/156 99/179

B 99/012 99/031 99/123 99/144 99/150

99/155 99/156 99/159 99/179

11B 99/064

Ba 91/213 91/214 91/217 92/192 92/195

93/245 93/246 93/247 93/248 94/244

94/246 94/247 94/249 94/250 94/251

95/261 95/262 95/263 95/266 95/268

97/299 98/212 98/213 98/214 98/215

99/018 99/033 99/034 99/035 99/045

99/047 99/048 99/052 99/057 99/063

99/068 99/073 99/074 99/076 99/077

99/082 99/096 99/107 99/112 99/119

99/124 99/125 99/126 99/144 99/145

99/148 99/153 99/155 99/156 99/157

99/179

Be 99/077 99/124 99/144 99/156 99/179

Bi 94/251 99/124 99/155 99/156 99/179

Br 91/214 99/035 99/045 99/082 99/156

99/179

Butyltin 99/105 99/120 99/132 99/142


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Index by elements (cont.)

C 99/144 99/156

13C 91/212 91/215 91/216 95/265 96/225

99/015 99/049 99/113 99/158

CO2 99/156 99/179

Ca 89/187 90/211 91/213 91/217 92/191

92/192 92/194 92/195 92/196 93/244

93/246 93/247 93/248 94/244 94/246

94/247 94/248 94/251 95/263 95/269

95/270 96/226 96/227 97/299 98/214

98/215 98/216 99/018 99/035 99/039

99/052 99/057 99/068 99/076 99/082

99/112 99/121 99/129 99/131 99/144

99/145 99/155 99/156 99/157 99/159

99/172 99/179

Cd 94/251 99/006 99/012 99/026 99/033

99/045 99/062 99/077 99/084 99/124

99/134 99/149 99/155 99/156 99/157

99/179

Ce see REE

Cl 95/269 99/045 99/082 99/096 99/144

99/157 99/179

Co 91/213 91/214 92/191 92/195 93/247

93/248 94/246 94/247 94/249 94/251

94/252 95/261 95/263 95/264 96/224

96/226 96/231 97/298 98/212 98/214

99/006 99/018 99/033 99/035 99/045

99/048 99/052 99/057 99/062 99/070

99/074 99/077 99/082 99/083 99/124

99/148 99/153 99/155 99/156 99/157

99/179

Cr 89/187 91/213 91/214 91/217 92/191

92/192 92/195 93/246 93/247 93/248

94/244 94/246 94/247 94/248 94/249

94/250 94/251 95/261 95/262 95/263

95/264 95/269 95/270 96/224 96/226

96/227 96/231 97/298 98/212 98/215

99/012 99/018 99/026 99/035 99/045

99/048 99/052 99/062 99/076 99/077

99/082 99/093 99/112 99/124 99/143

99/145 99/148 99/153 99/155 99/156

99/157 99/179

Cs 92/195 93/245 93/246 94/251 95/264

96/231 97/298 99/035 99/045 99/048

99/052 99/063 99/082 99/104 99/107

99/112 99/124 99/144 99/155 99/156

99/179

137Cs 99/027

Cu 92/191 92/192 92/195 93/247 94/244

94/250 94/251 94/252 95/262 95/263

95/269 95/270 96/226 96/231 97/299

98/212 98/214 99/006 99/026 99/030

99/033 99/035 99/038 99/045 99/048

99/052 99/057 99/062 99/074 99/076

99/077 99/112 99/124 99/134 99/148

99/149 99/153 99/155 99/156 99/157

99/179

Dy see REE

Er see REE

Eu see REE

F 99/009 99/058 99/144 99/155 99/156

99/159 99/179

Fe 89/187 90/211 91/213 91/214 91/217

92/191 92/192 92/194 92/195 92/196

93/244 93/246 93/247 93/248 94/244

94/246 94/247 94/248 94/249 94/251

94/252 95/261 95/263 95/264 95/269

95/270 96/224 96/226 96/227 97/298

98/214 98/215 98/216 99/006 99/018

99/035 99/038 99/039 99/045 99/052

99/057 99/068 99/073 99/074 99/076

99/082 99/083 99/096 99/109 99/112

99/121 99/128 99/131 99/134 99/138

99/144 99/145 99/155 99/156 99/157

99/159 99/172 99/179

Ga 89/187 91/213 91/217 93/247 95/269

95/270 96/226 96/231 98/212 99/048

99/057 99/074 99/077 99/112 99/124

99/153 99/155 99/156 99/157 99/179

Gd see REE

Ge 94/251 99/074 99/124 99/155 99/156

99/179

2H 89/188 95/260 99/014 99/043 99/075

99/103 99/146 99/154

2 9 8



H2O 95/270 99/156 99/159

Hf 91/213 91/214 91/217 92/195 93/245

93/246 94/249 94/251 95/261 95/264

95/266 95/268 96/224 96/226 96/231

97/298 98/212 98/213 99/029 99/035

99/045 99/048 99/052 99/056 99/063

99/070 99/071 99/072 99/082 99/088

99/104 99/107 99/112 99/115 99/122

99/125 99/126 99/137 99/148 99/155

99/156 99/179

Hg 99/011 99/012 99/045 99/084 99/116

99/117 99/142 99/156 99/179

Ho see REE

I 99/045 99/091

In 99/124 99/156 99/179

Ir 90/212 94/245 99/036 99/083 99/085

99/086 99/100 99/114 99/156

K 89/187 90/211 91/213 91/214 91/217

92/191 92/192 92/194 92/195 92/196

93/246 93/247 93/248 94/244 94/246

94/247 94/248 94/252 95/263 95/269

95/270 96/226 96/227 97/299 98/214

98/215 98/216 99/018 99/035 99/039

99/045 99/052 99/057 99/076 99/082

99/109 99/112 99/121 99/124 99/128

99/131 99/134 99/144 99/145 99/155

99/156 99/159 99/172 99/179

LOI 92/191 93/246 99/035 99/057 99/128

99/155 99/156 99/179

La see REE

Li 96/226 96/231 99/008 99/012 99/048

99/144 99/155 99/156 99/159 99/179

7Li 99/135 99/136

Lu see REE

MeHg 99/173

Mg 89/187 90/211 91/213 91/214 91/217

92/191 92/192 92/194 92/195 92/196

93/244 93/246 93/247 93/248 94/244

94/246 94/247 94/248 94/251 94/252

95/263 95/269 95/270 96/226 96/227

98/214 98/215 98/216 99/018 99/035

99/039 99/045 99/052 99/057 99/065

99/068 99/076 99/096 99/112 99/121

99/124 99/128 99/144 99/145 99/155

99/156 99/157 99/159 99/172 99/179

Mn 89/187 90/211 91/213 91/214 91/217

92/191 92/192 92/194 92/195 92/196

93/244 93/246 93/247 93/248 94/244

94/246 94/247 94/248 94/251 94/252

95/263 95/269 95/270 96/226 96/227

98/214 98/215 98/216 99/006 99/018

99/030 99/033 99/035 99/039 99/045

99/052 99/057 99/062 99/068 99/074

99/076 99/077 99/082 99/096 99/112

99/121 99/124 99/128 99/131 99/138

99/144 99/145 99/148 99/155 99/156

99/157 99/159 99/172 99/179

Mo 94/251 95/264 96/231 99/012 99/033

99/035 99/045 99/077 99/083 99/087

99/124 99/155 99/156 99/157 99/179

N 99/179

Na 89/187 90/211 91/213 91/217 92/191

92/192 92/194 92/195 92/196 93/246

93/247 93/248 94/244 94/246 94/247

94/248 94/249 94/252 95/261 95/263

95/269 95/270 96/224 96/226 96/227

97/298 98/214 98/215 98/216 99/018

99/035 99/039 99/052 99/057 99/076

99/082 99/096 99/112 99/121 99/128

99/144 99/145 99/150 99/155 99/156

99/159 99/172 99/179

Nb 89/187 91/213 91/217 92/191 92/192

92/195 93/246 93/247 93/248 94/246

94/247 94/250 95/262 95/266 95/269

95/270 96/226 96/231 98/212 98/213

98/214 99/018 99/034 99/035 99/037

99/048 99/052 99/056 99/057 99/071

99/072 99/074 99/076 99/088 99/090

99/106 99/107 99/112 99/124 99/125

99/126 99/129 99/137 99/145 99/148

99/153 99/155 99/156 99/179


2 9 9


Nd see REE

143Nd/144Nd 86/221 89/188 89/189 91/217

91/218 92/189 92/190 92/193 93/246

99/003 99/005 99/025 99/042 99/044

99/050 99/051 99/066 99/094 99/101

99/104 99/107 99/112 99/126 99/127

99/130 99/145

148Nd/144Nd 86/221

Ni 89/187 91/213 91/217 92/191 92/192

93/246 93/247 93/248 94/244 94/246

94/247 94/248 94/250 94/252 95/261

95/262 95/263 95/269 95/270 96/224

96/226 96/231 98/212 98/214 99/006

99/012 99/018 99/026 99/033 99/035

99/038 99/045 99/048 99/052 99/057

99/062 99/067 99/074 99/076 99/077

99/083 99/112 99/124 99/134 99/138

99/144 99/145 99/148 99/153 99/155

99/156 99/157 99/179

18O 89/188 91/212 91/215 91/216 95/260

95/265 96/223 96/225 96/228 96/229

96/230 97/297 99/001 99/004 99/007

99/014 99/015 99/016 99/020 99/021

99/022 99/024 99/032 99/040 99/043

99/049 99/061 99/075 99/081 99/099

99/102 99/103 99/108 99/111 99/113

99/118 99/133 99/146 99/158

Os 99/013 99/079 99/086 99/156

187Os/188Os 99/013 99/079

P 89/187 90/211 91/213 91/217 92/191

92/192 92/194 92/195 92/196 93/246

93/247 93/248 94/244 94/246 94/247

94/248 94/252 95/263 95/269 95/270

96/226 96/227 97/299 98/214 98/216

99/018 99/035 99/039 99/052 99/057

99/076 99/112 99/121 99/124 99/128

99/144 99/145 99/155 99/156 99/157

99/172 99/179

Pb 92/195 93/246 94/251 95/268 98/212

98/213 99/006 99/012 99/026 99/030

99/034 99/035 99/045 99/047 99/048

99/057 99/062 99/063 99/074 99/077

Pb (cont.) 99/084 99/104 99/112 99/119

99/124 99/134 99/144 99/147 99/149

99/153 99/155 99/156 99/157 99/179

206Pb/204Pb 93/246 99/107 99/127 99/145

207Pb/204Pb 93/246 99/107 99/127 99/145

207Pb/206Pb 99/069

208Pb/204Pb 93/246 99/107 99/127 99/145

208Pb/206Pb 99/069

Pd 90/212 94/245 99/036 99/083 99/085

99/086 99/089 99/100 99/114 99/156

99/179

210Po 99/027

Pr see REE

Pt 90/212 94/245 99/036 99/083 99/085

99/086 99/089 99/100 99/114 99/156

99/179

238Pu 99/095

239+240Pu 99/027 99/095

Rb 89/187 91/213 91/217 92/191 92/192

92/195 93/245 93/246 93/247 93/248

94/246 94/247 94/249 94/250 94/251

95/261 95/262 95/269 95/270 96/226

96/231 98/212 98/213 98/214 99/018

99/033 99/034 99/035 99/045 99/048

99/052 99/057 99/063 99/074 99/076

99/082 99/107 99/112 99/124 99/126

99/127 99/131 99/137 99/144 99/145

99/155 99/156 99/179

87Rb/86Sr 89/188

Re 99/013 99/079 99/124 99/179

REE 91/213 91/214 91/217 92/191 92/192

92/195 93/245 93/246 93/247 94/244

94/246 94/247 94/249 94/250 94/251

95/261 95/262 95/263 95/264 95/266

95/267 95/268 96/224 96/226 96/231

97/298 98/212 98/213 98/214 99/003

99/018 99/025 99/028 99/034 99/035

3 0 0



REE (cont.) 99/042 99/045 99/048 99/052

99/056 99/063 99/070 99/071 99/072

99/082 99/090 99/094 99/096 99/101

99/104 99/107 99/112 99/121 99/122

99/124 99/125 99/126 99/127 99/129

99/137 99/144 99/145 99/148 99/153

99/155 99/156 99/157 99/179

Rh 90/212 94/245 99/036 99/083 99/085

99/086 99/089 99/100 99/156 99/179

Ru 90/212 99/036 99/083 99/085 99/086

99/100 99/114 99/156 99/179

S 95/269 95/270 99/068 99/144 99/156

99/179

Sb 91/214 94/251 95/264 97/298 99/012

99/017 99/035 99/045 99/059 99/077

99/082 99/083 99/087 99/124 99/156

99/157 99/179

Sc 91/213 91/214 91/217 92/191 92/195

93/246 93/247 94/244 94/249 94/251

94/252 95/261 95/263 95/264 96/224

96/226 96/231 97/298 98/212 98/214

99/012 99/018 99/035 99/045 99/048

99/052 99/057 99/070 99/077 99/082

99/112 99/122 99/124 99/126 99/148

99/153 99/155 99/156 99/179

Se 91/214 99/012 99/017 99/045 99/078

99/124 99/140 99/156 99/179

Si 89/187 90/211 91/213 91/217 92/191

92/192 92/194 92/195 92/196 93/244

93/246 93/247 93/248 94/244 94/246

94/247 94/248 95/263 95/269 95/270

96/226 96/227 97/299 98/214 98/215

98/216 99/018 99/035 99/039 99/052

99/057 99/076 99/080 99/092 99/112

99/121 99/128 99/134 99/144 99/145

99/155 99/156 99/159 99/172 99/179

Sm see REE

Sm/Nd 86/221

147Sm/144Nd 99/003 99/025 99/042 99/101

Sn 94/251 99/012 99/077 99/124 99/151

99/156 99/179

Sr 89/187 91/213 91/214 91/217 92/191

92/192 92/195 93/246 93/247 93/248

94/244 94/246 94/247 94/249 94/250

94/251 94/252 95/261 95/262 95/263

95/269 95/270 96/226 96/231 98/212

98/213 98/214 98/215 99/018 99/033

99/034 99/035 99/048 99/052 99/057

99/063 99/068 99/073 99/074 99/076

99/082 99/090 99/112 99/124 99/125

99/126 99/127 99/131 99/137 99/144

99/145 99/148 99/156 99/157 99/179

90Sr 99/027 99/098 99/139

87Sr/86Sr 90/213 92/190 93/246 99/003

99/046 99/051 99/101 99/107 99/112

99/127 99/130 99/145

Ta 91/213 91/217 92/195 93/245 93/246

94/249 94/251 95/261 95/266 95/268

96/224 96/231 98/212 98/213 99/035

99/045 99/048 99/052 99/056 99/070

99/071 99/072 99/088 99/104 99/112

99/126 99/137 99/148 99/155 99/156

99/179

Tb see REE

Tc 99/141

Te 99/124 99/179

Th 91/213 91/217 92/195 93/245 93/246

93/247 94/249 94/251 95/261 95/264

95/268 96/226 96/231 97/298 98/212

98/213 99/002 99/018 99/019 99/034

99/035 99/045 99/048 99/052 99/056

99/057 99/070 99/071 99/072 99/074

99/082 99/090 99/104 99/107 99/112

99/119 99/122 99/124 99/125 99/126

99/129 99/137 99/144 99/145 99/152

99/153 99/155 99/156 99/179

228Th 99/010

230Th 99/010 99/055

232Th 99/010


3 0 1


230Th/234U 99/019

Ti 89/187 90/211 91/213 91/214 92/191

92/191 92/184 93/246 93/247 93/248

94/244 94/246 94/247 94/248 94/251

94/252 95/262 95/263 95/269 95/270

96/226 96/227 97/299 98/214 98/215

98/216 99/018 99/035 99/039 99/045

99/052 99/057 99/065 99/076 99/082

99/109 99/112 99/121 99/128 99/131

99/144 99/145 99/148 99/155 99/156

99/157 99/159 99/172 99/179

Tl 94/251 99/091 99/124 99/144 99/156

99/179

Tm see REE

U 91/217 92/195 93/245 93/246 94/249

94/251 95/261 95/268 96/231 98/212

98/213 99/002 99/019 99/033 99/034

99/035 99/045 99/048 99/052 99/060

99/074 99/082 99/091 99/104 99/107

99/110 99/112 99/119 99/122 99/124

99/125 99/126 99/129 99/137 99/144

99/145 99/152 99/155 99/156

234U 99/010 99/055 99/097

235U 99/010

238U 99/010

234U/238U 99/019

235U/234U 99/053 99/054

V 89/187 91/213 91/214 91/217 92/191

92/192 93/246 93/247 93/248 94/244

94/246 94/247 94/248 94/250 94/251

94/252 95/262 95/263 95/269 97/299

98/212 98/214 99/018 99/035 99/045

99/048 99/052 99/057 99/065 99/076

99/077 99/082 99/112 99/124 99/125

99/134 99/144 99/148 99/153 99/155

99/156 99/157 99/179

W 91/217 99/035 99/045 99/087 99/124

99/137 99/156 99/179

Y 89/187 91/213 91/217 92/191 92/192

92/195 93/246 93/247 93/248 94/244

94/246 94/247 94/250 94/252 95/262

95/263 95/266 95/269 95/270 96/226

96/231 98/212 98/213 98/214 99/018

99/034 99/035 99/048 99/052 99/056

99/057 99/063 99/071 99/072 99/074

99/076 99/090 99/106 99/107 99/112

99/124 99/125 99/126 99/129 99/137

99/145 99/148 99/153 99/155 99/156

99/179

Yb see REE

Zn 89/187 91/213 91/214 91/217 92/191

92/192 92/195 93/247 94/244 94/248

94/249 94/250 94/251 94/252 95/261

95/262 95/263 95/264 95/269 95/270

96/224 96/226 96/231 98/212 98/214

99/006 99/026 99/030 99/033 99/035

99/045 99/048 99/052 99/057 99/060

99/062 99/074 99/076 99/077 99/082

99/109 99/112 99/124 99/131 99/134

99/138 99/148 99/149 99/153 99/155

99/156 99/157 99/179

Zr 89/187 91/213 91/217 92/191 92/192

92/195 93/246 93/247 93/248 94/244

94/246 94/247 94/250 94/251 95/262

95/263 95/266 95/269 95/270 96/226

98/212 98/213 98/214 98/215 99/018

99/029 99/034 99/035 99/048 99/052

99/056 99/057 99/063 99/071 99/072

99/073 99/074 99/076 99/088 99/090

99/106 99/107 99/112 99/115 99/124

99/125 99/129 99/131 99/137 99/144

99/145 99/148 99/153 99/155 99/156

99/179

90Zr/91Zr 99/115

3 0 2


Documents

GeostandaRef Corner Geochemical Reference Sample Bibliography for 1999