Geochemical Reference Sample: BIBLIOGRAPHY FOR 1995

327

GeosfandaRef Corner

Geochemical Reference Sample

BIBLIOGRAPHY FOR 1995

Iwan ROELANDTS

Geology, Petrology and Geochemistry (B-20). University of Likge, B-4000 SART TILMAN. Likge 1. Belgium

This is the sixteenth survey in the series of Geochemical Reference Sample (GRS) Bibliography published in Geostandards Newsletter and is designated as Part XVI in the series.

The part XVI contains references extracted from major analytical chemistry and geochemical Journals that have become available to the author from January to December 1995. A few earlier ones which were not available at the time of the previous report (Part XV) or those which were inadvertently overlooked have also been included.

During this review year, a total number of 242 references have been collected. This number attests to the importance of GRS in geoanalysis. More than 10 OOO new results have been reported; compilation data were ignored in this total.

Some 25 Journals have published articles related to the analysis of GRS or reported analytical results during 1995.

Table 1 lists the distribution of the GRS references in the literature. “The Analyst” dominates in number of publications, followed by “Journal of Radioanalytical and Nuclear Chemistry”. “Geostandards Newsletter” is a continuing source of useful information (e.g. data communication, compilations...). A special issue of “The Analyst” (volume 120, May 1995) brought together 44 of the contributions that were presented at “Geoanalysis 94” (September 18- 22). Ambleside, England. A report on that Symposium by J.M. Richardon and H. de Souza has appeared in “Geostan-

Table 1. GRS references in various journals during 1995

Journal No of papers No of new onGRS data(*)

The Analyst Journal of Radioanalytical and Nuclear Chemistry (Articles + Letters) Fresenius’ Journal of Analytical Chemistry Chemical Geology Analytica Chimica Acta Talanta Gemhimica et Cosmochimica Acta Geostandards Newsletter Atomic Spectroscopy Contributions to Mineralogy and Petrology

X-Ray Spectrometry Others Total number

Analytical chemistry

(*) Compiled data not included

39 987

30 1006 26 552 25 105 I 14 149 14 1788 13 404 13 1363 10 433 LO I 8 4 7 323 7 1377

34 542 242 16159

dards Newsletter” (volume 18, October 1994) (94/213/GG/ m-

At present, the highest accuracy and precision in the determination of trace elements are required in most petro- logical studies. Rare-earth elements (REE), large ion lithophile elements (LILE), high field strength elements

Geostandards Newsletter, Vol. 20, No 2, Octobre 19%. p . 327 r f 357

328

Table 2. Analytical methods most used for GRS during 1995 PRESENTATION OF REFERENCES

Method Percent

Inductively Coupled Plasma Spectrometry Neutron Activation Analysis Mass Spectrometry Atomic Absorption Spectrometry X-Ray Fluorescence Colorimetry

26 20 17 12

12 5

Others 8

Total number of compiled articles 197

The presentation of references follows the style adopted previously. The reference papers have been classified under three principal headings:

a. New analytical data b. New compilations of “recommended” values c. General aspects of GRS.

Within each category, the references are arranged in alphabetical order with the name of the (first) author as key word. Each reference quoted consists essentially of three parts: key codes, reference itself and comments.

KEY CODES

(HFSE), gold and platinum group elements (PGE) continue to attract many geoanalysts. Isotopic compositions (e.g. hydrogen, carbon, oxygen, sulfur, strontium, neodymium) have also been reported in several papers.

Table 2 summarizes the analytical methods most used to report results on GRS. From that table, it is entirely obvious that analysis of geological materials is frequently carried out by multielement instrumental techniques. The domi- nance of plasma spectrometry (ICP-AES and ICP-MS) is evident, owing to its excellent performance characteristics. The ICP-MS technique is now generally accepted as the most powerful multielement laboratory analytical technique available, at least in competent hands! Neutron activation analysis (NAA) also holds an important place for characterization of GRS. Both those methods permit the determination of extremely low concentrations, even for elements that are difficult to determine or are inaccessible by other analysis techniques. The literature devoted to ICP- AES, ICP-MS and NAA in 1995 represents 46 percent of the total. Isotope dilution mass spectrometry (IDMS) is applied mainly for isotope study. Flame and furnace atomic absorption spectrometry (AAS) and X-Ray fluorescence spectrometry (XRF) continue to be useful analytical tools for trace and major element determination, respectively. Colorimetry still finds applications in the earth sciences.

Once again, in preparing this annual survey, we have tried to maintain as complete and exhaustive a coverage as possible. However, some publications which have appeared in 1995 could not be assembled here for whatever reasons. These references will be, of course, included in future contributions.

The first line contains four different codes, separated by three slashes.

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

The seconde code (3 digits) gives the serial number of the reference for the year code preceding it.

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

R: Rock M Mineral 0: ore S: Soil

The second letter, T or M, stands for Trace or Major element analysis. The code GG represents general information on GRS suchas evaluation of compiled data statistical procedures.

The fourth code (2 letters) designates the method of analysis:

AA: CG: C K m FM:

Fx: IC: IR:

Atomic absorption spectrometry Gravimetry Colorimetry Volumetry Fluorimetry

X-ray fluorescence spectrometry Ion chromatography IIlfra-red

329

IS: ME:

MN:

Mp.

SE: SG: SM:

lT

Specific Ion electrode Electrochemical Methods

Nuclear Methods (mostly neutron activation analysis)

Microprobe analysis Emission spectrometry Photographic emission spectrogmphy Mass spectrometry

Various methods

REFERENCES

The references are presented with their titles and the name of the Joumal fully developed.

COMMENTS

Comments are brief and give most often some essential information not easily extractable from the title of the paper.

Additional 1985 References (191-192)

a. New analytical data (191-192)

85/19 l/RT/MN M.D. Glascok. R.M. Coveney, C.W. little, M.L. Gartner and R.D. Murphy (1985)

vation. N u c k lnstnmrtnts a d Metbods in Physics Re- ~alapplicationsforpromptgammaneulronacti-

search, B 1Wll: 1042-1046. Re~ults f a RGM- 1 and QLO- 1

851 192/RT/FX J.M. Jaklevic, R.D. Giauque and A.C. Thompson ( 1985) Quautitative X-ray fluortscence analysis using monochro- &synchrot~mradiAon.NuckarInstrumentsandMe~ ods in Physics Research, B 1Wll: 303-308. Data for 1632

Additi.arrl 1- Rd- (217-218)

L NCW d.1. (217-218)

B14: 50-57. Data for NIM-N, NIh4-S, NIST 1632,1632.q USGS SGR-1

860 18/ST/MN W. Przybylowicz, S. Szymczyk and J. Kajfosz (1986) Fluorine analysis in serpentinite rocks by proton induced gamma-cay emission. Nuclear Instruments and Methods in Physics Research, B 15: 573-575. F in SOIL-5 and SOIL-7


a. New analytical data (WS-Zsr)

87/255/ST/FX I.J. Jabr, N.S. Saleh and A.B. Hallak (1987) INK: a computer program for accurate analysis of particle- induced X-ray emission spec- Nuclear Instruments and Methods in Physics Research, B 18: 194-197. Trace elements in SOIL-5

87/256mT/SP C.J. Park and G.E.M. Hall (1987) Analysis of geological materials by inductively coupled plasma mass spectrometq with sample introdlrction by electrothermal vaporization. Part 1. Detcrminat i m of mc+ lybdenum and tungsten. JournalofAnalyticalAt* ,mil : Spec- trometry, 2: 473-480. Mo and W in GRS

87/257mT/MN K. Randle (1987)

a t B i r m i n g h a m . N u c k a r I a n d W . n P h p ics Research, B24/25: 1010-1013. Fin14gcostandards

'Ihtapplicatioas offastnwtnmdiv~.mdysis (FNAA,

Additiaanl1988 References (175-180)

a. New a d y t i c d data (175-180)

8 8 / 1 7 Y R " T.M. Benjamin, CJ. Duf€y md P-SZ Ragas (1988) Geochanialutiliutia,ofwckarmicropobes . Nuder InstnuntntsMdMdhkinPhysics-BXk 454- 458. Results for NBS 610

330

B35: 263-267. Cr in Chrome Ore 1 (Hoepfner)


88/177/RT/SP C.J. Park and G.E.M. Hall (1988) Analysis of geological materials by inductively coupled plasma mass spectrometry with sample introduction by electrothermal vaporisation. Part 2. Determination of thallium. Journal of Analytical Atomic Spectrometry, 3: 355- 361. Tl in 17 reference materials

88/178/RT/MP C.G. Ryan, E. Clayton, W.L. Griffin, S.H. Sie and D.R. Cousens (1988) SNIP, a statistics-sensitive background treatment for the quantitative analysis of PIXE spectra in geoscience applications. Nuclear Instruments and Methods in Physics Re- search, B34: 396-402. Analysis of AGV- 1

8811 79lOT/SM R.T.D. Teng, U. Fehn, D. Elmore, T.K. Hemmick, P.W. Kubik and H.E. Cove (1988) Determination of 0 s isotopes and Re/@ ratios using A M S . Nuclear Instruments and Methods in Physics Research, B29: 281-285. 188/189Os, 187/189Os in S M - 7

8811 80/RTfTT J.P. Willis (1988) XRFS and PIXE: are they complementary or competitive techniques? A critical comparison. Nuclear Instruments and Methods in Physics Research, B35: 378-387. Data for SARM 18 and 20 (coals)



89/173/RT/MN J. Hoste and C. Vandecasteele (1989) The determination of trace elements by charged particle activation analysis. Nuclear Instruments and Methods in Physics Research, B40/41: 1182-1188. Li in G-2, AGV-1 and PCC-1

89/17410T/MP S.H. Sie, C.G. Ryan, D.R. Cousens and W.L. Griffin (1989) Application of the proton microprobe in mineral explora- tion and processing. Nuclear Instruments and Methods in Physics Research, F340/41: 690-697. Au, Pt and Pd in SARM-7

a New analytical data (199-200)

90/199/KUSP G.E.M. Hall, J.C. Pelchat and J. Loop (1990) Determination of zirconium, niobium, hafnium and tanta- lum at low levels in geological materials by inductively coupled plasma mass spectrometry. Journal of Analytical Atomic Spectrometry, 5: 339-349. Zr, Nb, Wand Ta in 12 GRS

90noonrT/Mp C.G. Ryan,D.R.Cousens,S.H. Sie, W.L. Griffm,C.F. Suter and E. Clayton (1990) Quantitative PIXE microanalysis of geological material using the GIRO microprobe. Nuclear Instruments and Methods in Physics Research, B47: 55-7 1. Data for BCR- 1, AGV- 1 and GSP- 1


a New analytical data (177-184)

92/177/RT/SP V. Balaram (1992) Effect of concomitant elements on the analyte signals in ICP-MS. Acase study. National Seminar on Modern Trends in Analytical Techniques: Applications in Chemistry. 4-6 May 1992, Gauhati University, 162-175. U and Th in 14 geostandards

92/178/RT/MN S. Fazinic, M. Jaksic, L.Kubec, 0. Valkovic, E. Cereda and V. Valkovic (1992) Light element analysis using PIXE and PICE spectroscopy. Nuclear Instruments and Methods in Physics Research,

Data for NIST 1632, BCR4O B68: 273-276.

92/179/RT/MN R. Fraczkiewicz and W. Walkowiak (1992) Calculations of an effective solid angle including self- absorption correction applied to gamma-ray spectrometry analysis of natural samples. Nuclear Instruments and Meth- ods in Physics Research, B7 1 : 434-440. U and Th in SL-1, S-7 and S-16.

92/18o/RT/MN B. Gratuze, J.N. Barrandon, L. h l i n and K. Al Isa (1992) Ancient glassy materials analyses: a new bulk non destruc- tive method based on fast neutron activation analysis with

331

a cyclotron. Nuclear Instruments and Methods in Physics Research, B7 1 : 70-80. Results for MST 278 and VS-N

9211 8 1IRTtMN M. Menu and P. Walter (1992) Prehistoric cave painting PIXE analysis for the identifica- tion of paint "pots". Nuclear Instruments and Methods in Physics Research, B64: 547-552. Data for NIST 2704

9U182RTlMN F.J. Pantenburg, T. Beier, F. Hennrich and H. Mommsen ( 1992) The fundamental parameter method applied to X-ray fluorescence analysis with synchroton radiation. Nuclear In- struments and Methods in Physics Research, B68: 125- 132. Fe, Zn, Sr and Pb in NIST 614

9211 83lRTlMN A.P. Santo, A. Peccerillo, P. Del Cannine, C. Lucarelli, J.D. MacArthur and P.A. Mando ( 1992) External PIXE and micro-PIxE measurements of elemental concentrations in volcanic rocks. Nuclear Instruments and Methods in Physics Research, B64: 517-522. Results for W- 1. AGV- 1. GA, G-2

9U 1 84RTfIT 0. Valkovic. M. Jaksic,A. Catidi, E.Cereda,A.M.I. Haque, R. Cherubini, G. Moschini, E. Menapace, A. Markowicz, M. Makarewicz and V. Valkovic (1992) X-ray and gamma spectroscopy of coal and coal ash samples. Nuclear Instruments and Methods in Physics Research, B69: 479484. Data for NBS 1632, BCR40, SOIL-6, see 9U178lRTIMN

b. General aspects of reference materials (185)

9211 851GGfIT J.R. Bacon,A.T. Ellis, A.W. McMahon, P.J. Potts and J.G. Williams (1992) Atomic spectrometry update-atomic mass spectrometry and X-ray fluorescence spectrometry. Journal of Analytical Atomic Spectrometry, 7: 279R-327R.



93/236lRTlMP G.K. Czamanske, T.W. Sisson, J.L. Campbell and WJ. Teedsdale (1993) Micro-PIXE analysis of silicate reference standards. Ameri-

can Mineralogist, 78: 893-903. Data for BHVO-1, NIST-610

93/237/RT/FX M. Mosbah, D. Piccot, R. C1occhiatti.N. Metrich, J. Gosset and J.L. Joron (1993) Micro-PIXE within magmatic inclusions using GUPIX software. Nuclear Instruments and Methods in Physics Research, B82: 139-145. Data for SOIL-7 and SL- 1

931238lRTfIT K. Randle, J. Al-Jundi, C.J.V. Mamas, R.S. SOW and L.G. Earwaker (1993) A comparative study of neutron activation analysis and proton-induced X-ray emission analysis for the determination of heavy metals in estuarine sediments. Nuclear Instru- ments and Methods in Physics Research, B79: 568-570. Results for PACS

c. General aspects of reference materials (239-240)

93/2391GGtTI' J.R. Bacon, A.T. Ellis, A.W. McMahon, PJ. Potts and J.G. Williams (1993) Atomic spectrometry update atomic mass spectrometry and x-ray fluorescence spectrometry. Journal of Analytical Atomic Spectrometry, 8: 261R-310R.

93/2401GG/IT P.J. Potts, C.J. Hawkesworth, P. van Calsteren and I.P. Wright (1993) Advances in analytical technology and its influence on the development of modern inorganic geochemistry: a histori- cal perspective. In: Magmatic Processes and Plate Tecton- ics, Geological Society Special Publication N"16.501-520. Development and impact of new analytical techniques



94/2 1 9/RT/S M C.R. Bacon, S.H. GUM, M.A. Lanphere and J.L. Wooden (1d4) Multiple isotopic components in quaternary volcanic rocks of the Cascade Arc near Crater Lake, Oregon. Journal of Petrology, 35: 1521-1556. 143NdPNd in BCR- 1

94/220/RTfIT M.B. Baker, T.L. Grove and R. Price (1994)

332

Primitive basalts and andesites from the Mt. Shasta region, N. California: products of varying melt fraction and water content. Contributions to Mineralogy and Petrology, 118:

Data for BCR-1 1 1 1- 129.

94/22 IIMTISM I. Cartwright and N.H.S. Oliver (1994) Fluid flow during contact metamorphism at Mary Kathleen, Queensland, Australia. Journal of Petrology, 35: 1493- 1519. '80 in NBS-28 and CS 1 . W in CS 1

941222JRTlMN F. De Corte, A. Simonits, Lin Xilei and M.C. Freitas (1994) Use of ko-NAA in the life sciences. Biological Tmce Element Research 43-45: 19-3 1. Data for NIST 1633a

94/223/MTlSM C.M.H. Edwards,M.A. Menzies,M.F.Thirlwall,J.D. Moms, W.P. k m a n and R.S. Harmon (1994) The transition to potassic alkaline volcanism in Island Arcs: The Ringgit-Beser complex, East Java, Indonesia. Journal of Petrology, 35: 1557-1595. 180 in NBS-28 and LAGS

941224lRTKT J.D. Gleason, C.F. Miller, J .L. Wooden, V.C. Bennett ( 1994) Petrogenesis of the highly potassic 1.42 Ga Barrel Spring pluton, southeastern California, with implications for mid- Proterozoic magma genesis in the southwestern USA. Con- tribution to Mineralogy and Petrology, 118: 182-197. Results for AGV- 1, BHVO- 1 and BCR- 1

94l225lRTlFX V. Havranek, V. Hnatowicz, J. Kvitek and I. Obrusnik

Analysis of membrane filters and thick fly ash samples by PIXE. Biological Trace Element Research 43-45: 185- 193. Results for NIST 1648 and CTA-FFA-1

(1994)

941226RTIFX V. Havranek, V. Hnatowicz, J. Kvitek and J. Obrusnik

PIXE-INP computer code for PIXE analyses of thin and thick samples. Nuclear Instruments and Methods in physics Research, B85: 637-641. Results for NIST 1648

(1994)

94/227/MTlSM A. Hohndorf, K.D. Meinhold and J.R. Vail(1994) Geochronology of anorogenic igneous complexes in the Sudan: isotopic investigations inNorth Kordofan, the Nubian Desert and the Red Sea Hills. Journal of African Earth Sciences, 19: 3-15. 8-b. MSr and 87MSr

94l228lRTIMN M. Makarewicz and R. Zeiler (1994) Enhanced sensitivity for the determination of selenium by INAA. Biological Trace Element Research 43-45: 95-102. Se inCTA-FFA-1, NIST 1633a.ZUK-1, NIST 1941a, BIL- 1, NIST 1645

94/229/MTlSM D. Mattey, D. Lowry and C. MacPherson (1994) Oxygen isotope composition of mantle peridotite. Earth and Planetary Science Letters, 128: 231-241. 1 8 0 in NBS-28

94l230IRMlMN C. Olivier and M.L. van Niekerk (1994) On the use of LiF as non-and analyte spike for the determination of fluorine by PIGE. Nuclear Instruments and Meeh- ods in Physics Research, B85: 128-132. Fin NIST 694,120C. 91; SARM-32

94/23 IIRTISM N.S. Siddaiah, G.N. Hanson and V. Rajamani (1994) Rare earth element evidence for syngenetic origin of an Archean stratiform gold sulfide deposit, Kolar Schist Belt, South India. Economic Geology, 89: 1552- 1566. 8 REE in BCR-1

94/2321RTISM A. Simonetti and K. Bell (1994) Isotopic and geochemical investigation of the Chilwa Is- land carbonatite complex, Malawi: Evidence for the de- pleted mantle source region, liquid immiscibility, and open- system behaviour. Journal of Petrology, 35: 1597- 162 1. '43Nd'UNd in BCR- 1

94/233lRTlFX 0. Valkovic, D. Ceccato, G. Moschini, S. Galassini and E. Menapace ( 1994) Reference materials for PIXE analysis of aerosols. Nuclear Instnunents and Methods in Physics Research, R B89: 233- 237. Data for NIST 1832

333

b. New compilations of “recommended” values (234)

94/234lGGfIT S. Ternhima, N. Imai, S. Itoh, A. Ando and N. Mita (1994) 1993 compilation of analytical data for major elements in seventeen GSJ geochemical reference samples “Igneous rock series”. Bulletin of the Geological Survey of Japan, 45:

Compilation, recommended and preferable values for 14 major elements

305-38 1.

c. General aspects of reference materials (235-236)

94/23 5lGGAT J.R. Bacon, A.T. Ellis, A.W. McMahon, P.J. Potts and J.G. Williams (1994) Atomic spectrometry update-atomic mass spectrometry and X-ray fluorescence spectrometry. Journal of Analytical Atomic Spectrometry, 9: 267R-306R.

94n36IGGm R.M. Pam and R. Zeisler (1994) Programs of the IAEA utilizing nuclear analytical techniques in the life sciences. Biological Trace Element Re-

IAEA’s work (IAEA 375 soil) search 43-45: 651-661.

1995 References (001-242)


95/001/RTfIT Y.K. Agrawal and M. Sanyal(1995) Sequential separation and determination of thorium (IV) in calixarene hydroxamic acids. The Analyst, 120 2759- 2762. Th in BCR-1, W-1, AGV-1 and G-2

95/002/RT/MN D.L. Anderson (1995) Ceramic glaze analysis by simultaneous in-beam PGAA and XRFS. Journal of Radioanalytical and Nuclear Chem- istry, 192: 281-287. Results for 1633.2710,2711,89

951003/RT/SP J. Arunachalam. C. Mohl, P. Ostapczuk and H. Emons (1995) Multielement characterization of soil samples with ICP- MS for environmental studies. Fresenius’Journal of Ana- lytical Chemistry, 352: 577-581. Data for SL-1; BCR141.142; NIST 1645

951004/RTAT A.K. Baksi (1995) Petrogenesis and timing of volcanism in the Rajmahal flood basalt province, northeastern India. Chemical Geology, 121: 73-90. Data for BHVO- 1

95/005/RTISP V. Balaram, K.V. Anjaiah and M.R.P. Reddy (1995) Comparative study on the trace and rare earth element analysis of an Indian polymetallic nodule reference sample by inductively coupled plasma atomic emission spectrometry and inductively coupled plasma mass spectrometry. The Analyst, 120: 1401-1406. Data for NOD-A- 1, NOD-P- l100EP60 1 to 603 and 2388

95loo6/RT/sP V. Balaram, S.L. Ramesh and K.V. Anjaiah (1995) Comparative study of the sample decomposition procedures in the determination of trace and rare earth elements in anorthosites and related rocks by ICP-MS. Fresenius’ Journal of Analytical Chemistry, 353: 176- 182. Data for AN-G, MO-6, MRG- 1, NIM-N

95/007/RT/MN N. Bangfa, P. Lixin. W. Pingsheng and T. Weizhi (1995) Further study on NAA in characterizations of reference materials. Journal of Radioanalytical and Nuclear Chemis-

Results for SL-3, ESS-2,3, BCR-1, 1633a. SD-M-2AM try, 193: 15-23.

951008lRTlSP M. Bettinelli and U. Baroni (1995) ICP-MS multielemental characterization of coal fly ash.

Analysis of NIsT 1633a and VGBOl Atomic S~~C~~OSCOPY, 1 6 203-210.

951009/RT/TT EP. Bierlein (1995) Rare-earth element geochemistry of clastic and chemical metasedimentary rocks associated with hydrothermal sulphide mineralisation in the Olary Block, South Australia Chemical Geology, 122: 77-98. Results for BHVO- 1 and AGV- 1

9510 10l”lSM J. Blichert-Toft, M.T. Rosing, C.E. Lesher and C. Chauvel (1995) Geochemical constraints on the origin of the Late Archean Skjoldungen alkaline igneous province, SE Greenland Journal of Petrology, 3 6 5 15-561. Nd, Sm in BCR-1 and BHVO-1

334

9510 1 l/RTIAA L.A. Brandvold, V.T. McLemore, C. O'Connor and D.K. Brandvold (1995) Distribution and partitioning of copper, lead and zinc in stream sediments above and below an abandoned mining and milling area near Pecos, New Mexico, USA. The

Cu. Pb and Zn in STSD- 1 to 4 Analyst, 120: 1485-1495.

9510 1 2AtTlSP I.B. Brenner, A. Zander, S. Kim and A. Henderson (1995) Direct solids analysis of geological and related non-con- ducting materials using spark ablation and slurry nebulisation. Spectroscopy Europe 7 (4): 24-32. Data for DNC- 1 and SDO- 1

9510 13/RT/MN A.I. Bulnayev (1995) Neutron activation analysis investigation of the composition and geochemical pecularities of Lake Baikal bottom sediments. The Analyst, 120: 1445-1452. Results for GM and SG-3

95/014IMTlSM A.R. Campbell, D.A. Banks, R.S. Phillips and B.W.D. Yardley (1995) Geochemistry of Th-U-REE mineralizing magmatic fluids, Capitan Mountains, New Mexico. Economic Geology, 90:

'So in NBS-28 127 1- 1287.

9510 1 5/RT/TT M. Caroff, R.C. Maury, P. Vidal, G. Guille, C. Dupy, J. Cotten, H. Guillou and P.Y. Gillot (1995) Rapid temporal changes in ocean island basalt composition: evidence from a 8OOm deep drill hole in Eiao Shied (Marquesas). Journal of Petrology, 36: 1333-1365. Data for BE-N

9510 1 6/RM/AA P. Chattopadhyay (1995) Direct flame atomic absorption spectrophotometric determination of alkalis in geochemical samples. Talanta, 42:

KZO and Naz0 in 95 reference materials 1965- 197 1.

9510 17RTlSM N. Clauer, N. Rais, U. Schaltegger and A. Pique (1995) K-Ar systematics of clay-to-mica minerals in a multi-stage low-grade metamorphic evolution. Chemical Geology, 124

4OAr rad. in GL-0 305-3 16.

9510 18fKI'lSM T.N. Clifford, E.S. Barton, E.A. Retief, D. C. Rex and C.M. Fanning (1995) A crustal progenitor for the intrusive anorthosite-chamockite kindred of the cupriferous Koperberg suite, O'okiep Dis- trict, Namaqualand, South Africa, New isotope data for the country rocks and the intrusives. Journal of Petrology, 3 6

143NdPNd in BCR- 1 23 1-258.

9510 19RT/FX R. Cox, D.R. h w e and R. L. Cullers (1995) The influence of sediment recycling and basement composition on evolution of mudmk chemistry in the southwest- em United States. Geochimica et Cosmochimica Acta, 59:

Data for BHVO-1, DR-N, SY-2, AGV-1, G-2 29 19-2940.

9 5 / 0 2 0 l S T ~ J.S.Crain.L.L.Smith,J.S.YaegerandJ.A.Alvarado(1995) Determination of long-lived actinides in soil leachates by inductively coupled plasma-mass spectrometry. Journal of Radioanalytical and Nuclear Chemistry, 194: 133-139. 2359237Np. 2%. 239Pu. 2 W . 238U in 4350b. 4353,4354

951021RTlSP E.F. Cromwell and P. Arrowsmith (1995) Semiquantitative analysis with laser ablation inductively coupled plasma mass spectrometry. Analytical Chemistry,

Analysis of NIST 1834 67: 131-138.

951022JRTfIT J.P. Davidson and S.L. de Silva (1995) Late Cenozoic magmatism of the Bolivian Altiplano. Con- tributions to Mineralogy and Petrology, 119: 387-408. Data for NIM-P, NIM-N, NIM-G, (3-2, NIM-S

95/023/HT/S M J.M. Davis, C.J. Hawkesworth (1995) Geochemical and tectonic transitions in the evolution of the Mogollon-Datil Volcanic Field, New Mexico, USA. Chemi- cal Geology, 119: 3 1-53. 143NdIUNd in BCR- 1

951024/RT/MN D. Desideri, F. Guerra, M.A. Meli and C. Testa (1995) Determination of 210 Pb in sediments by extraction chromatography. Journal Radioanalytical and Nuclear Chemis- try, 200: 385-396. 2'OPb in IAEA-368

335

95/025lRTIAE K. Dittrich, T. Franz and R. Wennrich (1995) Simultaneous determination of hydride forming elements by furnace atomic nonthermal excitation spectrometry (FANES). Spectrochimica Acta, 50B: 1655-1667. As in BCR 320, IAEA Soil 5

95/026/RTISP K. Dittrich, M. Lohse, A. Walther and C. Hanisch (1995) Determination of heavy metals in suspended matter in the storage lake “Bitterfelder Muldestausee”. Fresenius’Joumal of Analytical Chemistry, 353: 1620. Results for BCR 146.

95l027lRTl’IT C. Dupuy, A. Michard, J. Dostal, D. Dautel and W.R.A. Baragar (1995) Isotope and traceelement geochemistry of Proterozoic Natkusiak flood basalts from the northwestern Canadian shield. Chemical Geology, 120: 15-25. Data for BE-N and AGV- 1

95l028lRTlSP L. Ebdon, M. Foulkes and K. O’Hanlon (1995) Optimised simultaneous multi-element analysis of environmental slurry samples by inductively coupled plasma atomic emission spectrometry using a segmented array chargecoupled device detector. Analytica Chimica Acta,

Data for BCS368, MESS-1, BCSS-1, DR-N, BCR-145 311: 123-134.

95/029/RM/SP K.H. Ebert (1995) Analysis of Portland cement by ICP-AES. Atomic Spec-

Results for NIST 637,634; BCS 372 tro~~opy, 16: 102-103.

95/03ORT/MN M.E. Ebihara, S. Kimura and H. Akaiwa (1995) Radiochemical neutron activation analysis of trace lanthanoids in geological and cosmochemical samples. FreseNus’Journal of Analytical Chemistry, 35 1 : 5 14-520. 9 REE in JP-1, JF-2

95/03 1lRTIFX J.H. Elsenbraek (1995) Instrumentation and analytical technique for the analysis of regional geochemical samples used at the South African Council for Geoscience. The Analyst, 120: 1535-1541. Rb in 44 GRS, Data for GSP- 1

95/032JRTISP J. Enzweiler, P.J. Pot& and K.E. Jarvis (1995) Detennination of platinum, palladium, ruthenium and iridium in geological samples by isotope dilution inductively coupled plasma mass spectrometry using a sodium peroxide fusion and tellurium co-precipitation. The Ana- lyst, 120: 1391-1396. Ru, Pd, Ir and E‘t in WGB-1, TDB-1, UMT-1, WPR-1, WMG-1 and SARM-7: Rh and AU

95/033m/AA D. Erber, L. Quick, F. Winter and K. Cammann (1995) Investigations for the determination of lead by in situ hydride trapping within a graphite electrothermal atomizer for routine analysis. Talanta, 42: 927-936. Pb in CRM277 (BCR)

95/034lRT’lMN G.M. Eskenazy (1995) Geochemistry of arsenic and antimony in Bulgarian coals. Chemical Geology, 119: 239-254. As and Sb in BS-1. BE-1 andTB

95/035lRT/SP S. Fadda, A. Rivoldini and I. Cau (1995) ICP-MS determination of 45 trace elements in whole coal using microwave oven acid digestion for sample preparation. Geostandards Newsletter, 19: 41-54. Results for S A R M - 18 to 20; NIST 1632b. AR 1800 to 1803; GSDl to 8

95IO36lRTlMN A. Fajgelj and A.R. Byrne (1995) Detennination of lead, cadmium and thallium by neutron activation analysis in environmental samples. Journal of Radioanalytical and Nuclear Chemistry, 189: 333-343. Pb, TI and Cd in BCR-146, NIST 1633a

95/037lMT/SM M. Fayek and T.K. Kyser (1995) Characteristics of auriferous and barren fluids assochted with the Proterozoic Contact Lake lode gold deposit, Saskatchewan, Canada. Economic Geology 90: 385-406. Is0 in NBS-28, D in NBS-30.13C and 180 in NBS-19.34s in NBS-123

95/03 8RTlMN R.C.L. Figueira and I.I.L. Cunha (1995) Strontium-Wdetermination in fish from the Brazilian coast. Journal of Radioanalytical and Nuclear Chemistry, 200:

90Sr in IAEA 367 and SOL-6 497-507.

336

95/039/RT/SP R.W. Fonseca and N.J. Miller-Ihli (1995) Analyte transport studies of aqueous solutions and slurry samples using electrothermal vaporization ICP-MS. Ap- plied Spectroscopy, 49: 143- 14 10. V, Mn, Ni, Cu and Pb in 1632a

95/04O/OT/SP A. Frimpong, B.J. Fryer, H.P. Longerich, Z. Chen and S.E. Jackson (1995) Recovery of precious metals using nickel sulfide fire assay collection: problems at nanogram per gram concentrations. The Analyst, 120 1675-1680. PGE and AU in SARM-7

95/04 1 /RTlMN A.N.Garg,N.L.Chutke,M.N.AmbulkarandA.L.Aggarwal ( 1995) An environmental pollution study of Indian mc-rropolitan cities and industrial surroundings by INAA. Journal of Radioanalytical and Nuclear Chemistry, 192: 307-320. Data for NIST 1648,1633a; NIES8

95/04uRM/Dc H.L. Giles, P.W. Hurley and H. W.M. Webster (1995) Simple approach to the analysis of oxides, silicates and carbonates using X-ray fluorescence spectrometry. X-Ray Spectrometry, 2 4 205-21 8. Results for 43 GRS

95/043/RT/MN D.C. Glasgow, F.F. Dyer and L. Robinson ( 1995) Methods for preparing comparative standards and field samples for neutron activation analysis of soil. Journal of Radioanalytical and Nuclear Chemistry, 192: 361-370. Results for NIST 2709,1633a and 27 11

951044lRMlFX T. Gnaneshwara Rao and P.K. Govil(l995) Merits of using barium as a heavy absorber in major element analysis of rock samples by X-ray iiuu;:fcence: new data on ASK- 1 and ASK-2 reference samples. The malyst, 120:

Data for PAC-1, CR- 1 A, ASK- 1 and ASK-2 1279-1282.

95/Wr5/RT/TT T. dnaneshwar Rao and S.M. Naqvi (1995) deochemistry, depositional environment and tectonic setting of the BIF's of the Late Archean Chitradurga Schist Belt, India. Chemical Geology, 121: 217-243. Data for FeR-2 and FeR-3

95/046lKlWN J.M. Godoy, M.L. Godoy and Z.L. Carvalho (1995) A fast method for the determination of plutonium in soil and sediment samples. Journal of Radioanalytical and Nuclear Chemistry, 200: 545-550. 239+240 Pu in SOIL-6, IAEA 367,368,306,238 Pu, 241 Pu

95/047/MT/SM J.W. G d g e and M.J. Holdaway (1995) Rock-buffered fluid evolution of metapelites and quartzites in the Picuris Range, Northern New Mexico. Journal of Petrology, 36: 1229-1250. Analyses of NBS-28b

95/048/ST/S P J. Goossens, L. Moens and R.Dams (1995) Inductively coupled plasma mass spectrometric determination of heavy metals in soil and sludge candidate reference materials. Analytica Chimica Acta, 304: 307-3 15. Mn, Cu, Zn, Cd and Pb in 142R, 143R, 145R (BCR)

95/049/RT/MN Z. Grahek, S. Lulic, K. Kosutic, I. Eskinja. S. Cejan and K. Kvastek ( 1995) Separation of radioactive strontium from natural samples by means of mixed-solvent anion exchange. Journal of Radioanalytical and Nuclear Chemistry, 189: 14 1 - 146. 90 Sr in SOIL-6

95/050lRTlMN R.R. Greenberg, E.A. Mackey and D.A. Becker (1995) The application of instrumental neutron activation analysis for the certification of the new NIST fly ash SRM. Journal of Radioanalytical and Nuclear Chemistry, 193: 7-14. Data in 1633a.b

95/05 l/OT/SP D.C. Gregoire, K.M. Ansdell, D.M. Goltz and C.L. Chakrabarti (1995) Trace analysis of single zircons for rare-earth elements, U and Th by electrothermal vaporisation-inductively coupled plasma-mass spectrometry (ETV-ICP-MS). Chemical Ge-

Y, REE, Th and U in BCS 388 (zircon)

L

O~OU, 124: 91-99.

95/052/RT/ME U. Greulach and G. Heme (1995) Analysis of arsenic (V) by cathodic stripping voltammetry. Analytica Chimica Acta, 306: 217-223. As in GB7305 (Chinese stream sediment)

337

95l053IRTlMP W.L. Griffin, C.G. Ryan and T.T. Win (1995) Mapping the earth's mantle in 4D using the proton microprobe. Nuclear Instruments and Methods in Physics Re- search, B 104: 456-463. Analysis of BE-N, AC-E and W-2

95/054/RM/FX T.N. Gunicheva, T.S. Aisueva and V.P. Afonin (1995) Nondestructive X-ray fluorescence analysis of soils and friable and marine sediments. X-Ray Spectrometry, 24:

Results for 17 Russian reference samples and 5 Chinese reference standards

187- 192.

95/05 SIRTIAF X. Guo (1995) Studies on the reaction between cadmium and potassium tetrahydroborate in aqueous solution and its application in atomic fluorescence spectrometry. Analytica Chimica Acta,

Cd in NIST 1645 310: 377-385.

95/056IRT/SP X. Guo and F.E. Lichfe (1995) Analysis of rocks, soils and sediments for the chalcophile elements by laser ablation-inductively coupled plasma mass spectrometry. The Analyst, 120: 2707-27 1 I . Data for GSD- 1,3,7 and G X R 4

95/057/RM/S M M. Hamayun and R.N. Clayton (1995) Precise determination of the isotopic composition of potassium: application to terrestrial rocks and lunar soils. Geochimica et Cosmochimica Acta, 59: 2 I 15-2 130. Potassium isotopic composition of G-2, BCR- 1, PCC- 1

95lO58IRTIAA C.P. Hanna and S.A. McIntosh (1995) Determination of total Hg in environmental samples with on-line microwave digestion coupled to a flow injection mercury system (FIMS). Atomic Spectroscopy, 16: 106- 114. Hg in BCSS-1 and NIST 2704

95/059/MT/SM D.A. Harper, FJ. Longstaffe, M.A. Wadleigh and R.H. McNutt (1995) Secondary K-feldspar at the Precambrian-Paleozoic unconformity, southwestern Ontario. Canadian Journal of Earth Sciences, 3 2 1432-1450. 1 8 0 in NBS 28

95/060/RT/SM C.J. Hawkesworth, P.C. Lightfoot, V. A. Fedorenko, S. Blake, A.J. Naldrett, W. Doherty and N.S. Gorbachev (1995) Magma differentiation and mineralisation in the Siberian continental flood basalts. Lithos, 34: 61-88. 143Nd144Nd in BCR- 1

95/061RT/SM E. Hegner, J.C. Roddick, S.M. FortierandL. Hulbert(1995) Nd, Sr, Pb, Ar and 0 isotopic systematics of Sturgeon Lake kimberlite, Saskatchewan, Canada: constraints on emplace- ment age, alteration and source composition. Contributions to Mineralogy and Petrology, 120: 2 12-222. Sm, Nd, 147SmFNd, 143NdPNd; Rb. Sr; 87RbWSr and 87SrPSr in BCR-1; 13C et 1 8 0 in NBS-19, NBS-28 and NBS-30

95/062RT/SM E. Hegner, H.J. Walter and M. Satir (1995) Pb-Sr-Nd isotopic composition and trace element geochemistry of megacrysts and melilitites from the Tertiary Urach volcanic field: source composition of small volume melts under SW Germany. Contributions to Mineralogy and Petrology, 122: 322-335. Rb, Sr, Sm, Nd, YhI144Nd. 143NdPNd of BCR- 1

95/063/RT/SP R. Hickey-Vargas, M.J.Abdollahi, M.A. Parada,L. Lopez- Escobar and F.A. Frey (1995) Crustal xenoliths from Calbuco Volcano, Andean Southern volcanic zone: implications for crustal composition and magma-crust interaction. Contributions to Mineralogy and Petrology 119: 33 1-344. Analyses of AGV- 1; 'MNdWNd, 143Nd144Nd in BCR- 1

95/064/RT/SM H. Hidaka, M. EBihara and M. Shima (1995) Determination of the isotopic compositions of samarium and gadolinium by thermal ionization mass spectrometry. Analytical Chemistry, 67: 1437-1441. 144Sm/l52Sm, 148Sm/152Sm, 149Sm/I52Sm, I~m/l52Sm, 1%m/152Sm, 152GdI16OGd 154Gd160Gd. 154Gd160Gd. '57Gd160Gd. '58Gd'Wd in JB-2, JB-3 and JG-3

95/065/RT/SP T. Hh ta and R.W. Nesbitt (1995) U-Pb isotope geochronology of zircon: evaluation of the laser probe-inductively coupled plasma mass spectrometry technique. Geochimica et Cosmochimica Acta, 59: 2491- 2500. mPb/zOsPb in NIST610

338

951066IRTlSP K. Hollocher, A. Fakhry and J. Ruiz (1995) Trace element determinations for USGS basalt BHVO-1 and NIST standard reference materials 278,688 and 694 by inductively coupled plasma-mass spectrometry. Geostan- dards Newsletter, 19: 35-40. Results for BHVO- 1 , NIST 278,688 and 694

951067lRTlSP K. Hollocher and J. Ruiz (1995) Major and trace element determinations on NIST glass standard reference materials 611, 612, 614 and 1834 by inductively coupled plasma-mass spectrometry. Geostan- dards Newsletter, 19: 27-34. Results for NIST glasses

951068lRTlSP D.M. Hueber and J.D. Winefordner (1995) A flowing electrolytic hydride generator for continuous sample introduction in atomic spectrometry. Analytica Chimica Acta, 3 16: 129- 144. As and Se in NIST 1646 and 1648

951069lRTMN W.D. James, R.L. Brewington and H.J. Shafer (1995) Compositional analysis of American southwestern ceram- ics by neutron activation analysis. Journal of Radioanalytical and Nuclear Chemistry, 192: 109-116. Data for NIST 688

95lO7OlOTlSP K. Jankowski (1995) Determination of small amounts of palladium in wastes from reworking of spent catalysts by microwave induced plasma atomic emission spectrometry. Analytica Chimica

Pd in SARM-7 Acts, 317: 365-369.

95107 IIOTISP K.E. Jarvis,J.G. Williams,S.J.ParryandE.Bertalan(1995) Quantitative determination of the platinum-group elements and gold using Ni S fire assay with laser ablation-inductively coupled plasma-mass spectrometry (LA-ICP-MS). Chemical Geology, 124 37-46. PGE + AU in SARM-7, CHR-Pt+

95107URTIMN R.E. Jervis, S.S. Krishnan, M.M. KO, L.D. Vela, T.G. Pringle, A.C. Chan and Lu Xing (1995) Biological incinerator emissions of toxic organics, their residues and their availability. The Analyst, 120 65 1-657. Data for NIST 1645

951073lOTMN C.M. Johnson, D.R. Rayno and F.G. Liming ( 1995) Study of the reduction of airborne 222Rn through chemical stabilization of *%Ra in uranium mill tailings. Journal of Radioanalytical and Nuclear Chemistry, 193: 319-327. *26Ra+2 in DH- la and DL- 1 a

951074lRTlMN B.L. Jolliff and L.A. Haskin (1995) Cogenetic rock fragments from a lunar soil: evidence of a ferroan-noritic-anorthosite pluton on the Moon. Geochimica et Cosmochimica Acta, 59: 2345-2374. Results for AN-G and BHVO-1

95/075lRT/TT R.W. Kent (1995) Magnesian basalts from the Hebrides, Scotland chemical composition and relationship to the Iceland plume. Journal of the Geological Society, London, 152: 979-983. Data for BHVO- 1

95107WRTlAA K.J. Kingston and S.A. McIntosh (1995) Determination of mercury in geological samples by flow injection AAS. Atomic Spectroscopy, 16: 115-1 17. Hg in BCSS-1 and MESS-1

951077lRTlMN G.M. Kolesov and D. Yu.Sapozhnikov (1995) Neutron activation determination of noble metals in samples of terrestrial and cosmic origin using microfm assay concentration. The Analyst, 120: 1461-1464. Au, Ag, Ru, Os, Ir and Pt in PCC-1, BCR, SARM-7, SDO- 1, VT- 1 and G-3

951078MTISM T.G. Kotzer and T.K. Kyser (1995) Petrogenesis of the Proterozoic Athabasca Basin, northern Saskatchewan, Canada, and its relation to diageniis, hydrothermal uranium mineralization and paleohydrogeology. Chemical Geology, 120: 45-89. '80 in NBS 28; D in NBS 30

951079rnlAA T. Kubota, K. Suzuki and T. Okutani (1995) Determination of total selenium content in sediments and natural water by graphite furnace-atomic absorption spectroscopy after collection as a selenium (IV) complex on activated carbon. Talanta, 42: 949-955. Se in NIES-2 and NIST 1646

339

95/080/RTfTT Y. Lahaye, N. Amdt, G. Byerly, C. Chauvel, S. Fourcade and G. Gruau (1995) The influence of alteration on the trace-element and Nd isotopic compositions of komatiites. Chemical Geology, 126 43-64. Th, Nb, Hf, 2, La, Nd, Sm in BIR-1 Sm, Nd, 147Sd'44Nd, '43Nd'~Nd in BHVO- 1 and BCR- 1

95/081/RT/SM C.Y.Lan,T.Lee,B.M.JahnandT.F.Yui(1995) Taiwan as a witness of repeated mantle inputs - Sr - Nd - 0 isotopic geochemistry ofTaiwangranitoids and metapelites. Chemical Geology, 124: 287-303. 180 in NBS-28

951082lRTlMN S. Landsberger and D. Wu (1995) A comprehensive study for the determination of forty eight elements in the certification of a hazardous standard reference material. Journal of Radioanalytical and Nuclear Chem- istry, 193: 49-59. Results for 1632a, 2781

951083IRMlFX M. Lankosz and P.A. Pella (1995) A procedure using polychromatic excitation and scattered radiation for matrix correction in X-ray microfluorescence analysis. X-ray Spectrometry, 2 4 320-326. Results for NIST glass samples

95/084/RM/FX M. Lankosz and P.A. Pella (1995) Quantitative analysis of individual particles by X-ray microfluorescence spectrometry. X-ray Spectrometry, 24:

Results for NIST glass sample 327-332.

95/085- O.W. Law, L. Lam and S.F. Luk (1995) Analysis of cement and cement raw meal by atomic absorp tion spectrophotometry using a new fusion agent. Talanta,

Major elements in cements and limestones 42: 1265-1271.

95/086/ST/SP X. Li, B.J. Coles, M.H. Ramsey and I. Thornton (1995) Sequential extraction of soils for multielement analysis by ICP-AES. Chemical Geology, 124: 109-123. Data for SO-1 to 4, BCR 141 to 143, MAG-1

95lO87ISTlSP X. Li, B.J. Coles, M.H. Ramsey and J. Thornton ( 1995) Chemical partitioning of the new National Institute of Standads and Technology Standard Reference Materials (SRM 2709-2711) by sequential extraction using inductively coupled plasma atomic emission spectrometry. The

Results for SRM 2709 to 27 11 Analyst, 120: 1415-1419.

95/088lRTlMN X. Li and C. Tong (1995) Determination of all platinum group elements in six new Chinese PGE geochemical standard reference samples using neutron activation analysis after a nickel sulphide fire assay preconcentration. Geostandards NewsletteG 19 25-26. PGE in GPt- 1 to GPt-6

95/089/RT/S P Y.Z. Liang and N.W. Tin (1995) On-line separation and preconcentration FIA-ICP-AES system for simultaneous determination of REE and yttrium in geological samples. Atomic Spectroscopy, 1 6 243-247. 14REE + Y in GSD-2,9,10; GSR-1; GSS-1 (+ Hubei Shan Rock)

95/09omIsP F.E. Lichte (1995) Determination of elemental content of rocks by laser ablation inductively coupled plasma mass spectrometry. Ana- lytical Chemistry, 67: 2479-2485. DataforAGV-l,BHVO-l,BSK-l,NIST2704,NIST 1646a, GSD-2

95/09 1m1AA S . Lin, C. Zheng and H.Zu (1995) Determination of strontium at low concentration levels by flame atomic absorption spectrometry associated on-line with continuous coprecipitation preconcentration. Talanta,

Sr in GSD4 and GSD6 42: 1143-1149.

95l092IRTlCK G.Liu, J.Li and X.Zhao (1995) Ion exchange-flow injection spectrophotometric simultaneous determination of traces of bromide and iodide in some Chinese standard samples. Geostandads Newsletter, 19: 215-220. Br and I in 12 Chinese GRS

95/093/RT/FX H.P. Longerich (1995) Analysis of pressed pellets of geological samples using

340

wavelengthdispersive X-ray fluorescence spectrometry. X-Ray Spectrometry, 24: 123- 136. Data for 29 geostandards

95/094lRTlSM L. Lopez-Escobar, M.A. Parada, R. Hickey-Vargas, F.A. Frey, P.D. Kempton and H. Moreno (1995) Calbuco Volcano and minor eruptive centers distributed along the Liquine-Ofqui Fault Zone, Chile (41" 42"s): contrasting origin of andesitic and basaltic magma in the Southern Volcanic Zone of the Andes. Contributions to Mineralogy and Petrology, 1 19: 345-36 1. '43NdPNd for BCR- 1

951095lRTlAA R. Ma, W. Van Mol and F. Adams (1995) Flow injection sorbent extraction with dialkyl- dithiophosphates as chelating agent for the determination of zinc by flame atomic absorption spectrometry. Analytica Chimica Acta, 309: 395-403. Zn in BCR141,320

951096lRTlSM M.A.H. Maboko (1995) Neodymium isotopic constraints on the protolith ages of rocks involved in Pan African tectonism in the Mozambique Belt of Tanzania. Journal of the Geological Society, Lon- don, 152: 911-916. 143NdPNd in BCR- 1

951097lRTl'IT V.A. Makqgina, Z.I. Petrova and A.A. Koneva (1995) Geochemistry of the metacarbonate rocks in the Ol'Khon area and on Ol'khon Island, Baykal area. Geochemistry International, 32 (6): 1-1 8. Data for SI-2 and SGD-la

95/098/RTlTT X. Mao and C. Chai (1995) Evaluation of the homogeneity of the environmental standard reference material. Estuarine sediment SRM1646 by INAA and SRXRF. Fresenius'Journal of Analytical Chem- istry, 352: 174-178. 13 elements in SRM 1646

95l099IMTlSM K. Marumo, F.J. Longstaffe and 0. Matsubaya (1995) Stable isotope geochemistry of clay minerals from fossil and active hydrothermal systems, Southwestern Hokkaido, Japan. Geochimica et Cosmochimica Acta, 59: 2545-2559. Is0 in NBS 28

951 1OOlRTICK S. Matsuoka, K. Yoshimura and A. Tateda (1995) Application of ionexchanger phase visible light absorption to flow analysis. Determination of vanadium in natural water and rock. Analytica Chimica Acta, 317: 207-213. V in JB-2

95/101/RTlFX J.A. Maxwell, W.J. Teesdale and J.L. Campbell (1995) The Guelph PIXE solfware package 11. Nuclear Instru- ments and Methods in physics Research, B95: 407421. Ba, Sr, Nb, Y and Zr in BHVO-1

9511OUOTIME V. Meenakumari (1995) Extraction and voltammetric determination of copper, lead, cadmium and zinc in iron ore samples. The Analyst, 120:

Pb. Cd and Zn in BAS 682- 1 2849-285 1.

951 103/RT/SM J.F. Menuge, D.M. Williams and P.D. O'Connor (1995) Silurian turbidites used to reconstruct a volcanic terrain and its Mesoproterozoic basement in the Irish Caledonides. Journal of the Geological Society, 152: 269-278. 9REE in BCR-1; 143NdPNd; ~47Sml144Nd

9511 04lRTlSM A.A. Migdisov, Yu.A. Balashov, I.V. Sharkov. O.G. Sherstennikov and A.B. Ronov (1995) Abundance of the REE in the Main Rock in the Sedimentary cover of the Russian Platform. Geochemistry International, 32 (1): 20-36. REE in BCR-1

951105m1AA N.J. Miller-Ihli (1995) Slurry sampling graphite furnace atomic absorption spectrometry: a preliminary examination of results from an international collaborative study. Spectrochimica Acta, 50B: 477488. Pb and Cr in NIST 2704, NRCC PACS-1

951106IRTlMN M.A. Misdaq and C. Satif (1995) A new calculational method adapted to the experimental conditions for determining thorium and uranium contents in geological samples. Journal of Radioanalytical and Nuclear Chemistry, 198: 179- 189. Th and U in 2 lraki phosphate standard materials

951 107mIsP LMoew€!VVenept,S.Boanen,E~eandRDams(1995)

341

Solid sampling electrothermal vaporisation for sample introduction in inductively coupled plasma atomic emission spectrometry and inductively coupled plasma mass spectrometry. Spectrochimica Acta, 50B: 463475. Cu, Pb and Cd in BCR 060,146 and 176

95/108/MT/SM J.N. Moore and R.P. Gunderson (1995) Fluid inclusion and isotopic systematics of an evolving magmatic-hydrothermal system. Geochimica et Cosmochimica Acta, 59: 3887-3907. Is0 in NBS-28

95/109/ST/AF A. Modes-Rubio, M.L. Mena and C.W. McLeod (1995) Rapid determination of mercury in environmental materials using on-line microwave digestion and atomic fluorescence spectrometry. Analytica Chimica Acta, 308: 364-370. Hg in BCR 144, 143R; GBW-08303; LKSD-4

9511 lO/RT/MN J.S. Moms, D.A. Sorrel1 and C.L. Krueger (1995) Determination of uranium in salt solutions containing high levels of lanthanides via epithermal neutron activation analysis. Journal of Radioanalytical and Nuclear Chemis- try, 194: 61-69. U in NIST 1633a and 278

95/11 l/RT/SP C.A. Morrison, D.D. Lambert, R.J.S. Momson, W.W. Ahlers and I.A. Nicholls (1995) Laser ablation-inductively coupled plasma-mass spectrometry: an investiagion of elemental responses and matrix effects in the analysis of geostandard materials. Chemical

Trace element data for 6 GRS Geology, 119: 13-29.

95/112/ST/MN Y. Muramatsu and S. Yoshida (1995) Determination of 1291 and 1271 in environmental samples by neutron activation analysis (NAA) and inductively coupled plasma mass spectrometry. Journal of Radioanalytical and Nuclear Chemistry, 197: 149-159. 1291, 127I,129I/1271,137Cs in IAEA soil-375

95/113/RT/SM C. Na, T. Nakano, KTazawa, M. Sakagawa and T. Ito (1995) A systematic and practical method of liquid chmmatogra- phy for the determination of Sr and Nd isotopic ratios and REE concentrations in geological samples. Chemical Geol-

87SrPSr; 143NdPNd and 13 FUZE in BCR- 1, JG- 1 a, JR- 1, ogy, 123: 225-237.

JA- 1. JB- 1 a, JGb- 1

95/114/RT/CK N. Nashine and R. Kumar Mishra (1995) Spectrophotometric determination of uranium (IV) with thorin and N-hydroxy-NJJ'diphenyl benzamidine. The

U in G-2 Analyst, 120: 197-199.

9511 15/MT/SM A. Nedelec, W.E. Stephens and A.E. Fallick (1995) The Panafrican stratoid granites of Madagascar: alkaline magmatism in a postcollisional extensional setting. Jour- nal of Petrology, 36: 1367- 139 1. Is0 in NBS 28

95/116/RT/MN C.A. Nogueira and A.M.G. Figueiredo (1995) Determination of platinum, palladium, iridium and gold in selected geological reference materials by radiochemical neutron activation analysis: comparison of procedures based on aqua regia leaching and sodium peroxide sintering. The

Au, Pd, Pt and Ir in, SARM-7, CHR-Pt and CHR-Bkg Analyst, 120: 1441-1443.

95/117/RM/MP M.D. Norman, K. Keil, W.L. Griffii and C. G. Ryan (1995) Fragments of ancient lunar crust: Petrology and geochemistry of ferroan noritic anorthosites from the Descartes region of the Moon. Geochimica et Cosmochimica Acta,

Major elements for 9 geostandards, trace elements in BCR and AGV

59: 831-847.

95/118/RT/SM L.E. Nyquist, H. Wiesmann, B. Bansal, C.Y. Shih, J.E. Keith and C.L. Harper (1995) 146SmPNd formation interval for the lunar mantle. Geachimica et Cesmochimica Acta, 5 9 2817-2837. in G-2, BCR-1 14*Nd/'43Nd in G-2, BCR- 1

95/119/RT/SP M. Ochsenkuhn-Petropulu and P. Schramel(l995) On-line ion exchange system coupled to inductively coupled plasma atomic emission spectrometer with ultrasonic nebu- lization for the separation, preconcentration and determination of arsenic (V) and monomethylarsonate. Analytica

As in BCR 141,144,146 Chimica Acta, 3 13: 243-252.

9511 20/RT/MN V.0. Ogugbuaja and W.D. James (1995) INAA multielemental analysis of Nigerian bituminous coal

342

and coal ash. Journal of Radioanalytical and Nuclear Chem- istry, 191: 181-187. Data for AGV- 1

951 1 2 1 ISTTIFX J. ' B.- * B. HoIydraand W. Bamn (1995) Application of EDXRF in a survey of concentrations of lead, zinc and arsenic in soil from selected areas in W o w , Poland. X-Ray Spectrometry, 24: 81-83. Zn, AS and Pb in SOIL-7 and S-1

951 1 2uRMIs P L. Paama, P. Perihniiki, L.H.J. Lajunen and L. Piiri (1995) Spectrochemical analysis of archaeological terra-cotta samples and clay minerals using ICP-AES. Atomic Spec-

Data for GXR-3 tros~opy, 1 6 248-250.

9511 231OWCK U. Patnaik and J. Muralidhar (1995) Estimation of chromium in ores and beneficiated products: an ultrasonic approach. Talanta, 42: 553-556. C1203 in BCS 308, CHR-Pt, CHR-Bkg, SKP-D2 and HG-3

9511 24IMTlSM M.T. Peters and S.M. Wickham (1995) On the causes of 180 depletion and Wl160 homogenization during regional metamorphism; the East Humboldt Range core complex, Nevada. Contributions to Mineralogy and Petrology, 119: 68-82. 180 in NBS-28

951 125lRTIFX PJ. Pot&, PC Webb, 0. Ww'Ihorpe and R Kilworlh (1995) Analysis of silicate rocks using field-portable X-ray fluorescence instrumentation incorporating a mercury (11) iodide detector: a preliminary assessment of analytical performance. The Analyst, 120: 1273-1278. WS-E, + traces in 10 geostandards.

9511 26lRTlSP V.M. Pukhovskaya, O.N. Grebneva, T.A. Maryutina, N.M. Kuz'Min and B.Ya. Spivakov (1995) Inductively coupled plasma atomic emission spectroscopic determination of rare earth elements in geological samples after preconcentration by countercurrent chromatography. Part 11. Spectrochimica Acta, 50B: 5-12. 13REE + Y in BM-1, GM and SY-3

9511 27/RM/Mp J.L. Rao and R.A. Berner (1995) Development of an electron microprobe method for the

determination of phosphorus and associated elements in sediments. Chemical Geology, 125: 169-183. Data for NIST 278 K o ~ o ~ o v - S ~ ~ ~ O V test (procedure)

9511 28iRTlMN R.T. Ratner and W.G. Vernetson (1995) Multielement comparison of instrumental neutron activation analysis techniques using reference materials. Journal of Radioanalytical and Nuclear Chemistry, 192: 35 1-359. Results for BHVO- 1

9511 29nzMlAA M. Ravey, B. Farberman, I. Hendel, S. Epstein and R. Shemer (1995) A vessel for low-pressure acid dissolutions of mineral and inorganic samples. Analytical Chemistry, 67: 2296-2298. Results for NBS 56b and 776-1 (BAS)

9511 3O/OT/AA

Determination of antimony in lead-zinc concentrates and other smelter products by atomic absorption spectrometry after extraction with di-isopropyl ether and reductive stripping. Talanta, 42: 2017-2020. Sn in CZN- 1

RRavichandra BabQ s.cs. Rajan and Ls ADikshitulu (1995)

95/131/RT/CK M. Rehkhper (1995) A highly sensitive HPLC method for the determination of Th and U concentrations in geological samples. Chemical

Th and U in 9 geostandards (+3 inhouse standard rocks) Geology, 119: 1-12.

951132lRTIFX J. Renault and C. MCKee (1995) Method of X-ray fluorescence analysis for environmental lead, especially in household dust, using thin-film prin- ciples. The Analyst, 120 1261-1265. Results for Pb in FeR-1, VS-N, GXR-2 and SY-2

951 1 3 3/RT/MN S. Rio, N. Metrich, M. Mosbah and P. Massiot (1995) Lithium, boron and beryllium in volcanic glasses and minerals studied by nuclear microprobe. Nuclear Instruments and Methods in Physics Research, B100: 141-148. Li and B in glass and mined standards

9511 34/RT/AA L.C. Robles and AJ. Aller (1995) Determination of cadmium in biological and environmental samples by slurry electrothermal atomic absorption

343

spectrometry. Talanta, 42: 1731-1744. Cd in NET 1633a

9511 35IRTlSP N.K. Roy and D.K. Das (1995) Determination of Be, Sc, Ga and Zr in rocks and minerals

Be, Sc, Ga and Zr in JR- 1, JR-2, JA- 1, JA-3 and JGb- 1 by ICP-AES. Atomic S p e ~ t r o ~ ~ ~ p y , 16: 217-218.

9511 36RTlAA A. Sahuquillo, J.F. Lopez-Sanchez, R. Rubio, G. Rauret and V. Hatje (1 995) Sequential extraction of trace metals from sediments. I. Validation of Cr determination in the extracts by AAS. Fresenius’Joumal of Analytical Chemistry, 351: 197-203. Cr in NIST1645 and BCR280

9511 37IRTlAA A. Sahuquillo, R. Rubio, G. Rauret and B. Griepink (1995) Determination of total chromium in sediments by FAAS. Fresenius’Journal of Analytical Chemistry, 352: 572-576. Cr in NIST 1645, NIES-2, BCR 320 and 280

951 13810TlAA

Extraction-spectrophotometric determination of silver in ores, electronics flow-solders and white metals with 2- carboxybenzaldehyde thiosemicarbazone. The Analyst,

Ag in CBS-426

E !UIIUS, A Espinasa-Mamilla and PL. --&Ah (1995)

120: 2857-2860.

951139IRTlSM S.D. Samson, J.P. Hibbard and G.L. Wortman (1995) Nd isotopic evidence for juvenile crust in the Carolina terrane, Southern Appalachians. Contributions to Mineral- ogy and Petrology, 121: 171-184. Sm, Nd, 147Sm/*44Nd, 143NdPNd in BCR- 1

95/140/RT/CK R. Saran and N.K. Baishya (1995) 5-(2’carboxyphenyl)ao-8quinolinol as a sensitive reagent for extractive spectrophotometric determination of uranium in geological samples. Journal of Radioanalytical and Nuclear Chemistry, 1%: 363-368. U in SY-2, SY-3 and ASK-2

95/14 IIRTIAA R. Saraswati, T.W. Vetter and R.L. Watters, Jr (1995) Comparison of reflux and microwave oven digestion for the determination of arsenic and selenium in sludge reference material using flow injection hydride generation and atomic absorption spectrometry. The Analyst, 120: 95-99. As and Se in NIST 2781 and 2709

951142AtTISP K. Satyanarayana, G.V. Ramanaiah, G. Srinivasan and R.K. Malhotra (1995) Determination of boron in geological materials, high tem- peram nickel-base alloys and uranium-magnesium samples

B in 19 GRS by ICP-AES. Atomic S ~ ~ C ~ ~ ~ S C O P Y , 16: 235-242.

951 143fKrlSP J.G. Sen Gupta and N.B. Bertrand (1995) Direct ICP-MS determination of trace and ultratrace elements in geological materials after decomposiiton in a microwave oven. I. Quantitation of Y, Th, U and the

Y, Th, U and 14 REE in 24 geostandards. lanthanides. Talanta, 42: 1595-1607.

95/144mT/SP J.G. Sen Gupta and N.B. Bertrand (1995) Direct‘ICP-MS determination of trace and ultratrace elements in geological materials after decomposition in a microwave oven. Part 11. Quantitation of Ba, Cs, Ga, Hf, In, Mo, Nb, Pb, Rb, Sn, Sr, Ta and Tl. Talanta, 42: 1947-1957. Results for 25 GRS

95/145/RT/AA J.G. Sen Gupta and J.L. Bouvier (1995) Direct determination of traces ofAg, Cd, Pb, Bi, Cr, Mn, Co, Ni, Li, Be, Cu and Sb in environmental waters and geological materials by simultaneous multielement graphite furnace atomic absorption spectrometry with Zeeman effect background correction. Talanta, 42: 269-28 1. Data for 23 GRS

951 146RTlSM A. Simonetti and K. Bell (1995) Nd, Pb and Sr isotopic data from the Mount Elgon volcano eastern Uganda-western Kenya: implications for the origin and evolution of nephelinite lavas. Lithos, 36: 141-153. 143NdPNd in BCRl

951 147lRTlSM A. Simonetti, K. Bell and S.G. Vdadkar (1995) Isotopic data from the Amba Dongar carbonatite complex, west-central India: evidence for an enriched mantle source. Chemical Geololgy, 122: 185- 198. 143Nd/144Nd, Nd and Sm in BCRl

951 148/ST/MN L.L. Smith, J.S. Crain, J.S. Yaeger. E.P. Honvitz, H. Dia- mond and R. Chiarizia (1995) Improved separation method for determining actinides in soil samples. Journal of Radioanalytical and Nuclear

344

Chemistry, 194: 151-156. Results for 4353,4354 and 4350B

951 149lST/FX A. Somogyi and A. Pazsit (1995) Comparison of emission-transmission and elemental sensitivity methods for determining the trace element content of biological samples. X-Ray Spectrometry, 24: 193-200. Data for IAEA-SD-N-1/2 and SOIL-7

9511 SOIOTIAA T. Stafilov, A. Lazaru and E. Pernicka (1995) Determination of silver in sulfide minerals by ETAAS.

Ag in SU-1, SU-la, UM-1, NR-3 Atomic S p e ~ t r o ~ ~ ~ p y , 16: 158-161.

95/151lRT/SM R.A. Stem, E.C. Syme, A.H. Bailes and S.B. Lucas (1995) Paleoproterozoic ( 1.90- 1.86 Ga) arc volcanism in the Flin Flon Belt, Trans-Hudson Orogen, Canada. Contributions to Mineralogy and Petrology, 119: 117-141. Nd, Sm, “ Y h P N d . 143NdPNd in BCRl

95/152RT/TT R.A. Stem, E.C. Syme and S.B. Lucas (1995) Geochemistry of 1.9 Ga MORB-and OIB-like basalts from Amisk collage, Flin Flon Belt, Canada: Evidence for an intra-oceanic origin. Geochimica et Cosmochimica Acta,

Data for BIR- 1 and BCR- 1 59: 3131-3154.

951 1 5 3lRTlSM A. Stroh, F. Bea and P.G. Montero (1995) Ultratrace-level determination of rare earth elements, thorium, and uranium in ultramafk rocks by ICP-MS. Atomic

14 REE, Th and U in AN-G and UB-N S p e ~ t r o s ~ ~ p y , 16: 7-11.

95/154lOT/ME C.Q. Sun, Q. Gao and L.L. Liu Adsorptive stripping measurements of germanium (IV) in the presence of pyrogallol. Talanta, 42: 88 1-884. Ge in GSD-2, GSD4 and GSD-5

951155RTlSP M. Sun and R. Kemch (1995) Rare earth element and high field strength element characteristics of whole rocks and mineral Separates of ultramafic nodules in Cenozoic volcanic vents of southeastern British Columbia, Canada. Geochimica et Cosmochimica Acta, 59: 48634879. Data for BIR- 1

951156lRTIl’T l? Szefer, G.P. Glasby, J. Pempkowiak and R Kaliszan (1995) Extraction studies of heavy-metal pollutants in surficial sediments from the southern Baltic Sea off Poland. Chemi-

Results for SD-N-1R (IAEA sediment standard) cal Geology, 120 1 11- 126.

9511 57RTlAA G. Tao and Z. Fang (1995) Electrothermal atomic absorption spectrometric determination of ultra-trace amount sof tin by in situ pmncentration in a graphite tube using flow injection hydride generation with on-line ionexchange separation. Talanta, 42: 375-383. Sn in GSR- 1 and GSS-5

951158RTlSP S. Tao, Y. Okamoto and T. Kumamaru (1995) Inductively coupled plasma atomic emission spectrometric determination of beryllium in aluminium-based alloys and rock samples by introducing beryllium into the plasma as ethylbeqllium species. Analytical &mica Acta, 309: 379-385. Be in JG-1 and JR-1

951159lRTlSM Y. Tatsumi, T. Kogiso and S. Nohda (1995) Formation of a third volcanic chain in Kamchatkx generation of unusual subduction-related magmas. Contributions to Mineralogy and Petrology, 120: 1 17- 128. 143NdWNd, 87SrPSr

9511 6OrnlSP R.N. Taylor, B J. Murton and M.F. Thirwall(1995) Petrographic and geochemical variation along the Reykjanes Ridge, 57ON-59ON. Journal of the Geological Society, Lon- don, 152: 1031-1037. Trace elements in BIR- 1

9511 6 1- S. Terashima, A. Usui and N. Imai (1995) Two new GSJ geochemical reference samples: syenite JSY- 1 and manganese. nodule JMn- 1. Geostandards Newsletter,

Major, minor and trace elements for JSY- 1. JMn- 1. AL-I 19: 221-229.

and NOD-PI

9511 6UOTIMN C. Testa, D. Desideri, M.A. Meli and C. Roselli (1995) New radiochemical procedures for environmental actinide measurements and data quality control. Journal of Radioanalytical and Nuclear Chemistry, 194: 141-149. U in S-18 (IAEA)

345

9511 63lRTlAA V.G.Tw, G.A. Vall, M.G. Demid0MamiV.T. Y&senko( 1995) Extraction atomic absorption method for the determination of arsenic, antimony, selenium and tellurium in geological samples. Chemical geology, 124: 101-107. As, Sb, Se and Te in RUS-1 to 4, BM, TB and RAS-5

951 164lOTlSP M.M. Totland, I. Jarvis and K.E. Jarvis (1995) Microwave digestion and alkali fusion procedures for the determination of the platinum-group elements and gold in geological materials by ICP-MS. Chemical geology, 124: 21-36. PGE+Au in M A - k ITM-1, SU-la, SARM-7, PTA-1, PTC- 1

951165lRTlSP M.C. Valdes-Hevia y Temprano, M.R. Fernandez de la Campa and A. Sanz-Medel(l995) Comparison of plumbane and tetraethyllead for the determination of lead by inductively coupled plasma atomic emissionspectrometry.AnalyticaChimicaActa, 309: 369-378. Pb in BCR-277

9511 66/RM/SP F.J. Valle Fuentes and S . del Barrio Martin (1995) Determination of trace amounts of phosphorus in silicate materials by simultaneous inductively coupled plasma atomic emission spectrometry. The Analyst, I20 85-88. h05 in 8 reference materials

951167lRTIMP E. Van Achterbergh, C.G. Ryan, J.J. Gurney and A.P. L.e Roex (1995) PIXE profiling, imaging and analysis using the NAC proton micropmbe: unraveling mantle eclogites. Nuclear Instru- ments and Methods in Physics Research, B104: 415-426. Data for BCR- 1

951 168lMTlSM J. W. Valley, N. Kitchen, M.J. Kohn, C.R. Niendorf and M.J. Spicuzza (1995) UWG-2, a garnet standard for oxygen isotope ratios: strat- egies for high precision and accuracy with laser heating. Geochimica et Cosmochimia Acta, 59: 5223-523 1. '"0 in NBS-28 and UWG-2 (garnet standard, University of Wiscosin)

95/169/OT/SP R.L. Van Hoven, S.H. Nam, A. Montaser, N.W. Doughten and A.F. Donzapf (1995) Direct solid sampling of frre assay beads by spark ablation

inductively coupled plasma mass spectrometry. Spectrochimica Acta, 50B: 549-564. PGM analysis of SARM-7

951170lRTlSM K.S. Vdjoen (1995) Graphite- and diamond-bearing eclogite xenoliths from the Bellsbank kimberlites, Northern Cape, South Africa. Con- tributions to Mineralogy and Petrology, 121: 414-423. 143NdPNd in BCR 1

951171lRTEX L. Vincze, K. Janssens, F. Adams and K.W. Jones (1995) A general Montecarlo simulation of energy-dispersive X- ray fluorescence spectrometers. Part 3. Polarized polychromatic radiation, homogeneous samples. Specurnhimica

Results for NIST 620 and 1830 Acts, 50B: 1481-1500.

9511 72JRT/TT E. Viollier, D. Jezequel, G. Michard, M. Pepe, G. Sarazin and P. Alberic (1995) Geochemical study of a crater lake (Pavin Lake, France): Trace element behaviour in the monimolimnion. Chemical Geology, 125: 61-72. Data for SLRS-2

951 173lRTFX S.Y. Waksman, A. Pape and Ch. Heitz (1995) Precision and accuracy in standards analysis by PIXE. Journal of Radioanalytical and Nuclear Chemistry, 1%:

Major, minor and trace elements in DR-N, BE-N, AC-E, GS-N. Soil 7

135-143.

9511 74lRTlSP C.F. Wang, W.H. Chen, M.H.Yangand P.C. Chiang (1995) Microwave decomposition for airborne particulate matter for the determination of tmce elements by inductively

1686. Results for NIST1648

coupled plasma mass !qxxmmq. The Analyst, 120: 1681-

951 1 75lRTKK H.Y. Wang, D.X. Wang, Y.H. Wang, S.H. Chen and FJ. Bang (1995) Application of pattern recognition in a factor analysis - spectrophotometric method for the simultaneous determination of rare earth elements in geological samples. The Analyst, 120 1603-1608. Y + 14 REE in J-2, J-4, GSS-6 and GSS-8

346

95/176/RT/CK H. Wang, H.S. Zhang and J.K. Cheng (1995) Determination of V(V), Nb(V) and Ta (V) as their 2-(5- nitro-2-pyridylazo>5-diethylaminophenol complexes by reversed-phase high performance liquid chromatography. Fresenius 'Journal of Analytical Chemistry, 351: 683-685. V, Nb and Ta in GSD-2

95/177/RT/MN Wang Xiaolin, Liu Yinong and Fu Yibei (1995) Solvent extraction separation of rubidium with a rock samples. Journal of Radioanalytical and Nuclear Chemis-

Rb in GSR-2.3.4 and 6 try, 189: 127-132.

951 1 78hZTMN X. Wang, D. Liu and Y. Fu (1995) Radiochemical separation of rhenium with crown ether for neutron activation analysis in rocks. Journal of Radioanalytical and Nuclear Chemistry, 199: 15 1 - 158. Re in J-1 and BCR-1

95/179/RTf'IT R.T.Watkins, M.K. Ridley, M.A. Bruno Pougnet and J.P. Willis (1995) Determination of rare-earth elements in coal using microwave digestion and gradient ion chromatography. Chemi- cal Geology, 121: 273-283. 12 REE in NBS-1632a. SARM-18,19 and 20; CLB-I

95/180/RT/FX H.M. West, J. Cawley and R. Wdls (1995) Analysis and characterization of water treatment plant sludges by X-ray fluoresence spectrometry. The Analyst,

Results for ECRM 776- I 120: 1267-1271.

95/18 1 / G G m M. Wiedenbeck, P. Alle, F. Corfu, W.L. Griffin, M. Meier, F. Oberli, A. von Quadt, J.C.Roddick and W. Spiegel(l995) Three natural zircon standards for U-Th-Pb, Lu-Hf, trace elementandREEanalyses.GeostandadsNewsletter, 1 9 1-23. Major, minor and trace elements; 10 REE in BCR- 1

9511 82lRT/SM G.C. Wdson, L.R. Kilius and J.C. Rucklidge ( 1995) Precious metal contents of sulfide, and graphite crystals: determinations by a accelerator mass spectrometry. Eco- nomic Geology, 90: 255-270. Precious metal contents of SARM-7 and BCR- 1

95/183/GG/'IT S.A. Wise, M.M. Schantz, B.A. Benner, M.J. Hays and S.B. Schiller (1995) Certification of polycyclic aromatic hydmcarbons in a marine sediment standard reference material. Analytical Chemistry, 67: 1171-1178. 23 PAH in SRM 1941a

95/184/RT/SP D.S. Wray (1995) Origin of clay-rich beds in Turonian chalks from Lower Saxony, Germany - a rare- earth element study. Chemical

13 REE in SCo-I Geology, 119: 161-173.

9 3 1 85/RThW X. Wu, J. Zhu, R. Lu and F. Yang (1995) TTSPM: a new computer program system for quantitative thick target analysis by nuclear microprobe. Nuclear Instru- ments and Methods in Physics Research, B104: 196-200. Results for NIST 612 and GSPN (Chinese standard)

95/186/RT/MN L. Xiaolin and T. Chunhan (1995) Neutron activation analysis after a nickel sulphide fue assay preconcentration for determination of all platinum group elements in rocks. Journal of Radioanalytical and Nuclear Chemistry, 196: 11-14. 6 PGE in DZC-2

95/187/RT/SP Q. Xie and R. Kerrich (1995) Application of isotope dilution for precise mesurement of Zr and Hf in low-abundance samples and international reference materials by inductively coupled plasma mass spectrometry: implications for Zr(Hf)ME fractionations in komatiites. Chemical Geology, 123: 17-27. Zr and Hf in BIR-1, MRG-1, BHVO-1, BCR-1

95/188/RT/TI' W. Yi, A.N. Halliday, D. C . k and J.N. Christensen ( 1995) Indiumandtininbasalts,sulfidesandthemantle.Geochimica et Cosmochimica Acta, 59: 5081-5090. In and Sn in 7 geostandards

95/189/RTMN C. Yonezawa and A.K. Haji Wood (1995) Prompt p r a y analysis of boron with cold and thermal neutron guided beams. Analytical Chemistry, 67: 4466- 4470. B in geostandards

347

9511 90/RT/MN C. Yonezawa, M. Magara, H. Sawahata, M. Hoshi, Y. lto and E. Tachikawa (1995) Prompt gamma-ray analysis using cold and thermal guided neutron beams. Journal of Radioanalytical and Nuclear Chemistry, 193: 171-178. Data for 1633a

951 19 1 IMTISM T.F. Yui, D. Rumble and C.H. Lo (1995) Unusually low 618-0 ultra-high pressure metamorphic rocks from the Sulu Terrain, eastern China. Geochimica et Cosmochimica Acta, 59: 2859-2864. '80 in NBS-28

951192lRTMN V. Ye. Zaichick (1995) Application of synthetic materials in the medical radiologi- cal research centre. Fresenius'Joumal of Analytical Chem- istry, 352: 219-223. Data for SL- 1 and SOIL-7

95/193/RT/MN J.H. Zaidi, 1.H. Qureshi, M. Arif and 1. Fatima (1995) Measurement of trace impurities in high purity materials. Journalof~oanalytidandNuclearchemistry, 191: 75-82. Results for SL-3 and SOIL-7

9511 94lRTIAA Y. Zheng and Y Wang (1995) Application of analyses on the basis of characteristic mass: determinations of indium, silver and thallium in drainage sediment and geochemical samples. Talanta, 42: 361-364. In, Ag and TI in GSD-2,8; GSR-3, GSS-4

9511 95lRTlAA C.Y. Shou, M.K. Wong, L.L. Koh and Y.C. Wee (1995) Orthogonal array design for the optimization of closed- vessel microwave digestion parameters for the determination of trace metals in sediments. Analytica Chimica Acta,

Results for NIST1645, BCSS-1 and NIES-2 314: 121-130.

9511 WSTIMN YJ. Zhu and D.Z. Yang (1995) The use of liquid scintillation analysis in the monitoring of a emitting and transuranium nuclides in environmental samples. Journal of Radioanalytical and Nuclear Chemis-

239h in SOIL-6 try, 194: 173-175.

9511 97lRTlh4F' J. Zhu,C.Yang, R. Lu, K. Sheng,Y. Wang, N.P.O. Homman and K.G. Malmqvist (1995) Micron scale investigation of marine ores by nuclear micm probe technology. Nuclear Instruments and Methods in Physics Research, B 104: 402-408. Analysis of 2 manganese nodule standards (GSPN-1 and SDO-6)

95119WGGfIT W.S. Bowman (1995) Canadian diorite gneiss SY-4: Preparation and certification by eighty-nine international laboratories. Geostandards Newsletter, 19: 101-124.

951199lGGfIT K. Govindaraju (1995) Update (1984-1995) on two GIT-IWG geochemical tefer- ence samples: albite from Italy, AL-I and iron formation sample from Greenland, IF-G. Geostandards Newsletter,

Compilation, recommended working values 19: 55-96.

95/200/GG/TT K. Govindaraju (1995) 1995 working values with confidence limits for twenty-six

Newsletter, 19: Special Issue, July 1995: 1-32. Working values, 95% confidence limits

CRPG, ANRT and IWG-GIT gmstandards. Ge~~tandards

95/20 11GGt'lT R.R. Greenberg, J.S. Kane and T.E. Gills (1995) Certification of a new NIST fly ash standard reference material. Fresenius'Journal of Analytical Chemistry, 352:

Major, minor and trace elements in NIST 1633b 193-196.

95/202lGG/Tl' N. Imai, S. Terashima, S. Itoh and A. Ando (1995) 1994 Compilation of analytical data for minor and trace elements in seventeen GSJ geochemical reference samples ''igneous rock series". Newsletter, 19: 135213.

95l203IGGfIT JJ. Labrecque, D.V. de Leyt and C. Vazquez (1995) Characterization of a kaolinite reference material: SMPI K1-001. Fresenius'Joumal of Analytical Chemistry, 351:

Description, sample preparation, evaluation of data 164-172.

348

95/204/GG/TT J.J. Labrecque, D.V. de Leyt and C. Vazquez (1995) Characterization of a blast-furnace slag reference material SMPE1-002. Fresenius’Journal of Analytical Chemistry,

Description, sample preparation, evaluation of data 351: 173-180.

95/205/GGAT J.M. Richardson (1995) CerGfed Ontario reference materials programme at the Geoscience Laboratories, Sudbury, Ontario, Canada. The

CORM geoanalytical reference materials Analyst, 120 1513-1518.

95/206/GGfIT M.M. Schantz.B.A. Brenner, M.J. Hays, W.R. Kelly,R.D. Vocke, R. Demiralp, R.R. Greenberg, S.B. Schiller, G.G. Lauenstein and S.A. Wise (1995) Certification of standard reference material (SRM) 1941% organics in marine sediments. Fresenius’Journal of Ana- lytical Chemistry, 352: 166-173. PAH, PCB, pesticides, Toc, aliphatic hydrocarbons and trace elements

95/207/GGfIT K. Vercoutere, U. Fortimati, H. Muntau, B. Griepink and E.A. Maier (195) The certified reference materials CRM142R light sandy soil, CRM 143R sewage sludge assured soil andCRM145R sewage sludge for quality control in monitoring environmental and soil pollution. Fresenius’Journal of Analytical Chemistry, 352: 197-202. 142R, 143R, 145R Preparation and certification

95/208/GG/TT M. Yan, C. Wag, Q. Cao, T. Gu and Q. Chi (1995) Eleven gold geochemical reference samples (G Au 8- 18). Geostandards Newsletter, 19: 125-133. Certification procedure

c. General aspects of Feference materials (209-242)

95/209/GGm Analytical Methods Committee (1995) Internal quality control of analytical data. The Analyst, 120

Analytical quality control 29-34.

95/2 1 O/GG/TT Analytical Methods Committee (1995) Uncertainty of measurement: implications to its use in analytical science. The Analyst, 120: 2303-2308. Concepts and practices of data quality

95/2 1 1 /GGm A. Argyraki, M.H. Ramsay and M. Thompson (1995) Proficiency testing in sampling: pilot study of contami- nated land. The Analyst, 120: 2799-2803. Inter-laboratory trial

95/21uGGm R. Beck (1995) A new type of synthetic geochemical reference material - S ynTERM. The Analyst, 120: 1327- 1334. Synthetic reference material, homogeneity, calibration

95/2 13/GGfIT P. Bode (1995) Quality management and laboratory accreditation at a Uni- versity: what can be learned from experience?The Analyst,

Analytical quality 120 1527-1533.

95/2 14/GG/IT R. Dybczynski (1995) The contribution of various analytical techniques to the certification of reference materials. Fresenius’ Journal of Analytical chemistry, 352: 120-124. Significance of various analytical techniques

95/215/GG/TT D.L. Hamilton and T.C. Hopkins (1995) Preparation of glasses for use as chemical standards involv- ing the coprecipitated gel technique. The Analyst, 120:

Glass chemical standards 1373-1377.

95/2 16/GG/TT W. Hbselbarth (1995) Traceability of measurement and calibration in chemical analysis. Fresenius’Joumal of Analytical Chemistry, 352: 400-402.

95/2 17/GG/IT W. Horwitz (1995) Protocol for the design, conduct and interpretation of method-performance studies. Pure and Applied Chemis- try, 67: 331-343.

95/218/GGm W. Horwitz and R. Albert (1995) Precision in analytical measurements: expected values and consequences in geochemical analyses. Fresenius’Journal

Horrat ratio of Analytical Chemistry, 351: 507-513.

349

95/2 19IGGflT R.J. Howarth (1995) Quality control charting for the analytical laboratory. Part 1. Univariate methods.Areview. ’Ihe Analyst, 120 1851-1873. Quality control. Robust statistics, outliers

95/22WGGfIT L L Jadcson, PA Baedecaca;TL FriesandPJ. Lamoche (1995) Geological and inorganic materials. Analytical Chemistry, 67: 71R-85R.

95/22 1IGGfIT PJ. Jenks (1995) Uk, abuse, and availability of certified reference materials. Fresenius’Joumal of Analytical Chemistry, 352: 34.

95/222/GGfIT J.S. Kane, E.S. Beary. K.E. Murphy and PJ. Paulsen (1995) Impact on inductively coupled plasma mass spectrometry on certification programmes for geochemical reference materials. The Analyst, 120 1505-1512.

95/223/GGfIT H. Klich and R. F’radel(l995) Overview about biological and environmental certified reference materials in the database COMAR. Fresenius’Joumal of Analytical Chemistry, 352: 23-27.

95/224CiGfIT J. Kristiansen, J.M. Christensen, L. Lillemark, S.A. Linde, J. Merry, B. Nyeland and 0. Petersen (1995) Computer-aided quality assurance and certifkation of ref- erencematerials in theDANREFnetwork. FreSenius’Joumal of Analytical Chemistry, 352: 157-162. Statistical evaluation, homogeneity, in- - studies

95/225/GGfIT J. Kucera and J. Faltejsek (1995) Interactive programme for evaluation of circular analyses (IPECA). Fresenius’Joumal of Analytical Chemistry,

Best estimate of the true values by statistical and analytical consideration

352: 80-86.

95/226/GG/TT I. Kuselman and A. Shenhar (1995) Design of experiments for the determimion of the detection limit in chemical analysis. Analytica Chimica Acta, 306:

Detection limits 30 1-305.

95/227/GGfIT P. Quevauviller (1995)

Raising the standard ... for Europe. Analysis Europa Octo-

SM & T programme ber 1995: 49-51.

95/228JGGfIT G. Ramendik, G. Phridman and Y. Karpov (1995) Russia comes in from the cold. Analysis Europa. October 1995: 4347. Certification in Russia

95/229/GGfIT M.H. Ramsey (1995) Geoanalysis 94: An international symposium on the analysis of geological and environmental materials. The Analyst, 120 1228-1230.

95/23wGGm M.H. Ramsey, A.Argyraki and M. Thompson (1995) On the collaorative trial in sampling. The Analyst, 120

Validation of sampling protocols 2309-23 12.

95/23 1/GGm W.P. Reed (1995) Quality and development of reference materials, including the roleof traceability and comparability. Fresenius’Joumal of Analytical Chemistry, 352: 250-254.

95/232tRTFX J.M. Richardon and J.L. Morrison (1995) Method validation in the Ontario Geoscience Laboratories. The Analyst, 120 1519-1526. Ba in 17 geostandards

95/233/GGm I. Roelandts (1995) GeostandaRef Comer. Geochemical reference sample bibliography for 199% Geostandards Newsletter, 19: 231-253.

95/234/GGm T.L. Rucker (1995) Methodologies for the practical determination and use of method detection limits. Journal of Radioanalytical and Nuclear Chemistry, 192: 345-350. Detection limits

95/235/GGfIT G. Staats (1995) The semantic and technical concept of true values and of trueness of values in inorganic bulk and trace analysis. Fresenius’Journal of Analytical Chemistry, 352: 413-419. Truth and trueness. Role of statistics

350

95r236lGGn-r K.S. Subramanian and G. V. Iyengar (1995) Environmental lead: need for reference materials. Fresenius'Journal of Analytical Chemistry, 352: 232-235.

95/2371GGfIT M. Thompson and P.J. Lowthian (1995) A Horwitz-like function describes precision in a proficiency test. The Analyst, 120 271-272. Collaborative trial

95/23 8lGGfIT M. Thompson and M.H. Ramsey (1995) Quality concepts and practices applied to sampling. An exploratory study. The Analyst, 120: 26 1-270. Quality in sampling

95/2391GGfr" M. Valcarcel and A. Rios (1995)

Traceability in analytical chemistry. The Analyst, 120

Traceability concept 2291-2297.

95l240IGGAT S. Vandendriessck and J. Pauwels (1995) Certification of reference materials by European Commis- sion service. Fresenius'Journal of Analytical Chemistry,

Programmes of the European Commission 352: 7-10.

95/2411GGfIT X. Xie (1995) Analytical requirements in international geochemical map ping. The Analyst, 120: 1497-1504.

95L242IGGrI-r R. Zeisler, R. Dekner, V. Strachnov and H. Vera Ruiz (1995) The International Atomic Energy Agency's program on analytical quality control. Fresenius'Journal of Analytical Chemistry, 352: 14-18.

INDEX BY ELEMENTS

Ag 881175 93/236 951056 951072 951077 951082 951128 951138 951145 951150 951156 951182 951194 951198 951199 95/200 95/202 95/205

Al 851191 94020 951004 9510 1 5 951042 951054 951075 951090 951 122 951161 951190 95/203

86/217 94/222 951007 9510 19 951043 951063 951082 951093 9511 27 951172 951198 95/204

9U180 94/224 951008 951022 951044 951067 951083 951097 951 128 951173 951199 99205

92I181 94/234 951009 95/028 951045 951069 951085 951117 951129 951 174 95/200 95/2M

9U183 951002 951012 951029 951050 951072 951087 951120 951156 9511 80 95/20 1

Aliphatic hydrocarbons 95/206

241Am 951148

Ar 951017

As 851192 86/217 881175 881180 9U178 92/180 921181 9W184 931237 931238 94/222 94/225 95/003 95/005 951007 951008 951025 951028 95/034 951035 95/041 95/043 95/050 95/052 951053

Au

B

Ba

951056 951068 951069 951072 95/090 951093 95/098 951111 951120 951128 951141 951161 951171 951172 951174 951193 951199 95/200 95/201 95/202 95/206

881175 891174 951005 951032 951041 951043 95/071 95/077 951116 951128 951161 951164 951193 951199 95/200 95/202 95/206 95R08

851191 951002 95/005 951021 951142 951172 951189 951190 951199 95/200 95/202

86/2 17 9U180 951004 951009 951028 951050 951069 951085 9511 11 951144 951 1 67 951 1 97 95/202

881175 93/236 9 5 m 5 95/012 95/03 1 95/053 951072 9 5 m 951117 951152 951172 951198 95/205

881178 94/220 95/006 951'015 95/04 1 951063 95/074 95m93 9511 20 951155 951173 951 199

8811 80 94/224 9 5 m 7 951022 95/042 95/066 951075 9 5 m 7 951125 951160 951174 95/200

951082 9511 19 951 163 951198 95/205

951040 951082 9511 82 95/205

951133 951198

90/200 951002 951008 951027 951043 951067 951082 951101 951128 951161 951192 95/20 1

351

Be

Bi

Br

C

13c

COZ

Ca

Cd

Ce

c1

co

95/005 951008 95/035 951067 99086 951135 951145 951158 951161 951198 951199 95/200 951202 95/205

881175 951005 95/008 951035 95/056 951067 951145 951161 951198 951199 95 /20 95/202

851192 86/217 881175 9U178 9U184 93/238 94l225 94/226 951005 951007 95W1 951050 951092 951128 951149 951198 951199 95/200 95/201 95l202

951161 951198 95/202

94/221 951037 95M1

951198 951199 95/200 95/205

8511 9 1 91180 94/222 94/234 9 5 m 951029 951053 951075 951086 9511 17 951 1 28 951 I 80 951198 95/204

86/2 17 91181 94/224 951002 9510 1 2 951042 951054 951082 951087 951 I 20 951156 951185 951199 95/205

87/255 91183 94/225 951004 95/015 9 5 w 951063 95/083 9 5 m 9511 22 951161 95/190 95/200

8811 75 92/184 94/226 951007 95/0 19 951045 951067 951084 951093 9511 25 951171 951192 95/201

9U178 94/220 94/233 951008 951022 951050 951074 951085 951097 9511 27 951173 951 197 95/203

881175 94/225 94/226 951002 95/003 95/005 951026 95/028 951035 951036 951048 951055 951'072 951082 951087 951102 951107 951128 951134 951145 951156 951161 951174 951195 951198 951199 951200 95/201 99202 951205 95/207

see REE

851191 94/226 95/082 951093 951197 951198 951199 99'200 95/202 99206

881175 881180 92/180 9U181 93/236 94/224 941233 95/003 951005 95/006 951007 951008 95/012 951013 951015 99026 951031 95/035 951041 95043 951045 951050 95M3 951066 95M7

95/069 951072 99074 951082 95/086 95/087 951090 951097 951098 951120 951128 951145 951156 951161 951172 951180 951185 951192 951193 951195 951197 951198 951199 99200 95/201 95/202 95l205 95/206 951207

Cr 881175 93/238 94/226 95/007 95/02 1 95/03 1 951045 951067 93083 951097 9511 28 951 I 56 951192 95/201

881176 94/220 951003 951008 951022 951035 951050 951069 951085 951098 9511 36 951161 951195 95l202

88/180 94/222 951004 95/0 12 951026 95/04 I 95/053 951074 951086 951105 951137 951174 951198 99205

92/178 93184 94/224 94/225 951005 9 5 m 951013 95/015 95/028 951029 951042 95043 951063 95/066 951075 951082 951090 95I093 9511 20 9511 23 951145 951152 951180 951185 951199 95/200 95/206 95/207

cs 881175 881180 9U180 941224 951005 951006 951007 951008 951013 951035 951041 951043 951050 951066 951067 95/074 951082 95/090 951098 951111 951120 951128 951144 951152 951156 951161 951172 951192 951193 951198 951199 95/200 95/201 95/202 95/205 95/206

137Cs 951112

cu 851192 881180 931236 951002 9 5 m 95/028 951045 951067 951090 9511 17 9511 56 951174 951198 95/207

86/2 I7 90/200 94/224 95/003 9510 1 1 95103 1 951048 951075 951093 951122 951161 9511 80 951 199

D 951037 951078

DY see REE

Er see REE

87/255 9U178 94/225 95m5 95/0 12 951035 99053

951097 9511 28 951167 9511 85 95/200

95m82

881175 9U18 1 94/226 951006 9510 19 951039 951063 95/086 951107 951145 9511 72 951195 95/20 1

881178 9u184 94/233 95/008 95/026 95/04 1 951066 951087 951111 951149 951173 951197 99202

352

Eu see REE Hf 881175 951006 951022 951043 951067 9 5 m 951144 951187 951202

8811 80 951007 951027 951045 9 5 m 9 951098 9511 52 951198 951205

901199 941224 951009 951013 951035 951041 951050 951053

9511 11 951120 951155 951161 951199 951200 951206

95m74 95mtzo

9 5 m 9510 15 951042 951066 951082 951128 951181 951201

F 86/217 86/218 871257 941230 951097 951198 951199 951200 951202

Fe 851191 901200 92J183 941220 941234 951008 95/0 19 95/03 1 95m5 951067 951082 951087 951 1 20 951 149 951173 951190 951 1 98 951204

851192 921178 92/184 941222 9 5 m 9 5 m 95/021 95/041 951050 951069 951083 95/093 951 1 22 951156 951174 951192 951199 951205

86/217 9Ul80 931236 941224 951004 9510 12 951022 951042 951053 951072 951084 951097 951 1 25 951161 951 1 80 951193 95/200 951206

871255 92/181 931237 941225 95m5

951028 951043

95m 13

95m54 95m74 95m85 951098 9511 27 951 1 67 9511 8 1 951 195 95/20 1

881175 9U182 931238 941226 951007 9510 15 951029 951044 951063 951075 951086 951117 951128 951171 951185 951197 951203

Hfimin 951181

Hg 881175 951005 951008 951041 951076 95/082 951109 951128 951198 951199 951200 951201 95/206 951207

951058 9511 93 951202

Ho see REE

I 881175 951005 951082 951092 951202

I271 9511 12

Ga 851192 8811 80 931236 951006 951053 9511 11 951144 951 199

861217 901200 941220 951008 95M7 9511 17 951161 951200

871255 92/178 941225 9510 19 951082 9511 20 951167 951202

881175 881178 9U18J 92/184 941226 951005 951022 951035 95/090 951093 951128 951135 951173 951198 95005

I129/127 9511 12

In 881175 951005 951008 951035 951056 95/067 951082 951144 951194 951198 951199 951200

951050 9511 88 951202

Ir 881175 951005 951008 951032 951071 951077 951088 951116 951169 951182 951186 951200

951040 951164 951202 Gd see REiE

K 851191 92U 80 94/222 951002 9510 1 6 951043 951054 951082 951090 9511 27 951173 951 192 95/200 95/206

861217 92J181 941224 9 5 m 95/019 95/044 951057 95/083 9 5 m 3 9511 28 9511 74 951193 95/20 1

871255 9Z183 941225 95/008

95m5 951063 951085 95m7 9511 56 951180 951197 951203

95m22

881175 92/184 941226 951009 95/04 1 95/050 95m7

9511 17 951161 9511 85 951198 951204

95m86

921178 941220 941234

951042 951053 951075 951087 951125 951171 951190 9511 99 951205

95m I 5

Gdiwim 951064

Gdiwiu 9 5 M

Gdiswiu 951064

Ge 851192 881175 881180 93178 92/184 941226 951005 951008 95/090 951154 951161 951198 951199 95/200 951202

H 851191 951190 LO1 94/224 951009 951097 951161 951198

951199 951200 951205 H2O 94/234 951161 951198 951199 951200

La see REE

Li 86/127 891173 95/005 951021 951035 99086 951133 951145 951161 951172 951198 951199 951200 95/202 951205

Lu see REE

I76L~/lnHf 951181

Mg 86/217 941222 951009 99022 951044 95/075 951093 951 1 27 951180 95/20 1

Mn 8m17 90/200 93/236 94/225 951004 9510 15 99029 95/043 951053 951075 9 5 m 9511 22 951149 951173 9511 93 951200 95/206

9U180 941224 9510 12 951029 951045 951083 951097 951 1 28 951192 95/203

871255 921178 93/237 94/226 951005 951019 95103 1 951044 951054 951082 951093 951125 951156 9511 74 951195 95/20 1 95/207

9U181 941234 9510 1 5 95/04 1 95/054 951084 9511 17 951156 951198 95/204

881175 93181 941220 94/233 951008 95/022 95/035 951045 951063 951085 95m7 9511 27 951161 9511 80 951197 951203

93183 951004 9510 19 951042 951063 951085 951120 951161 951 199 951205

881178 921183 941222 94/234 951009 951026 951039 951048 951067 951086 9511 17 951128 951167 9511 85 951198 95/204

94/220 951008 95102 1 951043 99067 9 5 m 951122 9511 74 951200

881180 9U184 94/224 951002 9510 12 951028 95/042 951050 951069 951087 951 1 20 951145 951171 9511 92 951199 951205

Mo 871256 881175 95/005 951008 95/031 99035 951066 95/067 951082 951090 951111 95 /14 951149 951161 951172 951180 951185 951197 951198 951199 95/20 951202 95/205

N 9511 80

Na 851191 86/217 9U180 921181 93183 94t222 941224 94t234 951002 95/004 95/007 951008 95/009 95/015 99016 95/019 951021 95/022 951029 95/041 95/042 951043 951044 95/045 95/050

951’054 951063 95/067 9 5 M 9 951’074 951075 951082 95/085 95/090 99093 951097 951117 951120 951122 951127 951128 951129 951156 951161 951174 951192 951193 951198 951199 951200 95/201 95t203 951204 951205 951206

Nb 881175 921183 94/225 951009 951035

9511 17 951155 951176 951200

95m80

Nd see REE

142Nd 951118

881178 92/184 941226 9510 19 951045 9 5 m 9511 25 951160 9511 85 99202

901199 931236 9 5 m 95/022 95/053 951093 951144 951161 951 197 95t205

901200 941220 951005 951027 951066 951101 951 149 951167 951198

93178 941224 951006 95/03 1 95/075 9511 11 951152 951 173 951 199

143Nd 951118

Ndw144 94/219 94/224 941232 951018 951023 951060 951061 95/062 951063 951080 95/094 951096 951103 951113 951139 951146 951147 951151 951152 951159 9511 70

N d i w w 951063

Ni 851 192 90/200 9211 84 94/226 95/012 95/03 1 9 5 m 95/075 951097 951156 951174 951198 951205

237Np 951020

86/217 9U178 93/236 951004 9510 15 951035 951066 951082 9511 11 951161 9511 80 951199 951207

881175 881178 93180 93181 941220 94/224 95/005 951006 95/019 95/022 99039 951045 99067 951069 99086 95/087 9511 17 951145 951167 951172 9511 85 951195 95t200 95/201

881180 92/183 941225 95/008 95/026 95/053 95/074 95/093 9511 52 9511 73 951197 95/202

0 951 127

‘80 941221 94/223 94/229 95/014 95/037

951108 951115 951124 951168 951191 9 5 ~ ~ 7 9 5 m 9 951078 95m8i 9 5 m

0s 881175 951005 951040 95/071 951077 93088 951182 951186 9512200 95/202

OSlW189 881179

P

PAH

Pb

21oPb

9Ul8 1 95/008 951029 95/054 951087 951 1 27 9511 8 1 951203

941220 941224 941234 951004 95/009 951015 95/019 951022 951041 951042 951044 951045 951063 951067 951075 951086 95/090 951093 951097 951117 951156 951161 951166 951180 951198 951199 95/20 951201 951205

951183 951206

8511 92 901200 9U184 951004 9510 1 1 951026 951035 951067 951093 9511 11 95 /14 951161 9511 74 951199 951207

951024

8612 17 9U178 941225 951005 9510 12 99028 95/036 95/075 95m7 9511 17 951145 951 165 9511 8 1 951200

Pbzo4nos 951181

pbmsnc# 941224 951181

Pbmno4 941224

Pbmnw 951065 951181

Pbzmo4 941224

P b m w 951181

~ P b P 3 U 951181

207PbP35U 951181

2mPbP32U 9511 8 1

881175 9Ul80 941226 951006 9510 15 951029 951039 951086 951102 951121 951149 9511 67 951195 95/20 1

881178 92/181 951002 95/008 951019 95103 1 951048 951087 9511 05 951 122 951152 951172 951 197 95002

881180 9U182 951003 951009 951022 951033 951053 951090 951107 9511 32 9511 56 951173 9511 98 951205

PCB 951206

Pd 881175 891174 951005 951032 951040 95/070 951071 951088 951116 951164 951169 951182 951186 95/200 951202 951205

Pesticides 951206

see REE

881175 891174 95/07 1 951077 951164 95/169 951200 951202

951046

951020 951046

9 5 M 951148

951046

9U184 951073

851192 86/217 90/200 92478 9U184 931236 941222 941224 95/05 951006 951022 95103 1 951050 951053 951067 951074 951093 951098 951125 951128 951155 951156 951172 951173 951193 951198 951202 951205

94/227

951005 951088 9511 82 99205

951148

951202

881175 9Ul80 931237 941225 951007 951035 95/06 1 951075 95/111 951144 951160 951177 951199 95/206

95/032 9511 16 9511 86

9511%

881178 9U181 931238 941226 95/008 95/041 951062 95/082 9511 17 951149 951161 951185 951200

951040 951161 951199

8811 80 92/183 941220 951004 9510 1 5 951045 951066 951090 9511 20 951152 951167 951192 95/20 1

Rb87lSrSa 94/06 1

Re 881175 951005 951067 951178 951202

REE 851191 881175 881180 94/220 941224 941231 951002 951004 95/005 951006 951007 951008 951009 95/010 951012 951013 951015 951022 95m27 951030 95m35 951041 951043 951045 951050

355

95105 1 9 5 m 95/075 95m3 9511 11 951139 951153 951179 9511 98 99205

951053 951067 951080 951097 951113 951143 951155 9511 8 1 951199 95/206

95/06 1 9 5 m 9 95/082 95/098 9511 20 951147 951161 951184 95/200

9 5 m 2 951072 95/089 951103 9511 26 951151 9511 72 951190 95/20 1

951063 95/074 951090 9511 04 9511 28 9511 52 9511 75 951193 95/202

95/002 95/0 12 95/042 95m7 95/085 951 122 951 1 80 951 199 951205

9 5 m 9510 15 95/044 95/075 9 5 m 951127 951181 95/200

95m5 95B 19 95m45 951082 95m3 951129 9511 85 95/20 1

951008 951022 95/054 95/083 95/097 951161 951190 95/203

9 5 m 99029 9 5 m 3 951084 9511 17 951173 951198 95/204

Sm seem Rh

Ru

S

88/175 95/088 951200

951005 951164

95/032 951 1 69

95/040 951182

95/07 1 9511 86

Smiwisz 9 5 M 881175 95/075 95R00

9 5 m 5 951088 95/202

951032 951 164

951040 9511 82

95/07 1 9511 86

86f2 17 95/019 951 1 80 95/202

9U181 951042 951198 951203

94t225 95/054 951199 95/204

94I226 9 5 m 3 95/200 95/205

951009 951161 95/20 1

Smi47iNdiu 951139

9 5 M 1 951151

95M2 99080 951103 951152

34s

Sb

951037 Sn 88/175

951008 9511 28 951188 95/205

9U180 95/035 951130 951198

94/225 94/226 95MW5 95/082 95/090 951111 95 /14 951157 951161 951199 95/200 951202

88/175 95/013 95mm 9511 11 951 1 63 95/200

92/180 95/034

9511 20 9511 74 95/20 1

9 5 m ~

94222 95/035 95/072 9511 28 951192 95I202

9 5 m 7 95/041 95/082 951145 951198 95/206

9 5 m 9 5 m 3 9 5 m 951161 951199 Sr 8511 92

90/200 9Ul84 941224 951005 951019 95/03 1 95/06 1 9 5 m 9 95/087 951101 9511 28 951161 951185 95/20 I

86f.217 9U178 93/236 94/225 9 5 m 95/02 1 951042 9 5 M 2 95/074 9 5 m 9511 11 951 144 951167 951197 95t202

88/175 9U181 93/237 941226 95/008 95/022 95m45 95M3 951075 95/09 1 9511 17 951 149 951171 951198 95/205

88/178 92/182 94/220 951002 951012 95/028 95/050 9 5 M 95/082 9 5 m 3 9511 20 9511 52 951173 951199

881180 9211 83 941222 951004 95/0 15 95/029 95/053 9 5 m 7 95/083 9 5 m 7 951125 951155 9511 80 95/200

sc 881175 951007 95/022 95m45 9 5 m 9 9 5 m 951128 951192 95t202

8811 80 951008 95/03 1

951072 951093 951135 951198 95/205

95m50

MI224 951009 951035 9 5 m 3 951074 9 5 m 7 951152 951199 95/206

951005 9510 13 95/041 9 5 M 95Nn5 95/098 9511 55 95/200

9 5 m 95/0 15 95/043 95/067

9511 20 951181 95/20]

95m82

se 851192 w 2 5 95104 1 95/072 951141 951199

88/175 94RB 951043 9 5 m 9 951163 95/200

92J178 9 5 m 5 95/050 95/082 951193 95/20 1

92J184 9 5 m 95/056 9511 20 951195 99202

94/222 951035 9 5 m 9511 28 951198 951206

8% 94/227

90Sr 99038 95m49 Si 851191

941220 86/217 94/224

92J180 94f225

92/181 94/226

92Jl83 94/234 SfllSrSS 94t227 95106 1 951113 951159

356

Ta

Tb

Te

Th

230Th

232Th

Th/u

Ti

Tl

881175 881180 901199 94/224 951004 95/005 95/006 951007 95/008 951009 951013 95/015 951022 95/035 951041 95/050 95/053 95/066 95/069 951074 95/082 95/o90 951111 951120 951128 951144 951161 951176 951181 951198 951199 95/200 95/201 95/202 95/205 95/206

see REE

881175 95/005 951008 95/035 95/056 951163 95/202

8811 75 92/179 951004 951009 95103 1 95105 1 951075 951098 9511 3 1 951160 951200

881178 93/236 951005 9510 13 951035 95/053 95/080 951106 951143 951161 95/20 1

951020 951148

951148

95/18]

851191 9W180 94/220 9 5 m 95/0 12 951029 951045 951067 951085 95m7 9511 27 9511 73 9511 98 95n04

86/217 921181 94/224 9 5 m 95/015 95/03 1 951050 9 5 m 9 95/086 951117 9511 28 951180 951199 99205

8811 80 94/222 951006 9510 1 5 951041 95/066 951082 9511 11 951152 951181 95/202

871255 92/183 941225 951005 951019 951042 951053 951075 951087 951 120 951155 9511 85 951200 951206

90/200 941224 951007 951022 95m3 9 5 m 9 9 5 m 9511 20 951153 951198 95/205

881115 9211 84 94/226 95m8 95/02 1 95m3 95/054 951082 9 5 m 9511 22 951161 951190 95/20 1

9211 77 95/00 1 951008 95/027 951050 951074 951093 9511 28 951155 951 199 95/206

92/178 93/237 94/234 951009 951022 951044 95/063 951083 951093 9511 25 93171 951197 99203

881175 881177 93/236 95/005 951008 95/035 95/036 95/056 951111 951144 951161 951194 951197 951198 951199 95/200 95/201 951202

Tm

Toc

U

234u

235u

238u

see REE

95/206

881175 881180 931236 941222 9 5 m 95m7 95/019 95/022 951051 951066 95/093 951106 951120 951128 951152 951153 951162 951172 95/200 95/201

951020

95m20

92/184 951020

V 86/217 9m37 941233 951008 95103 1 951045 951067 951086 951100 951155 9511 85 95/202

881175 94/220 951003 95/012 95/035 951050 951069 951087 9511 20 951161 951198 95/205

921177 !MI224 95/008 95/035 95/074 951110 9511 3 1 951155 951181 95/202

951148

8811 80 94/222 951004 9510 15 95/039 951053 951072 9 5 m 951125 951172 951199 95/206

92J179 9 5 m 9 5 m 95m3 95/082 9511 11 951140 951160 951198 95/205

9W178 94/224 95m5 9510 19 951042 95M3 95/075 95m3 9511 28 951174 95/20

921180 95m5 95/0 13 95/050 9 5 m 951114 9511 43 951161 951199

92/184 94/225 951006 951028 951043 95/066 951082 951097 9511 52 9511 76 95nO 1

W 87/256 881175 951008 951035 99041 95W3 95/050 95/082 95/090 951111 951120 951128 951161 951198 951199 95/200 95/201 95/202 95/205

Y 851192 92J178 94/220 95/008 95/035 95/063 951090 9511 25 951155 951175 95/200

86/217 92/180 94/224 9 5 m 95/042 95/066 951093 9511 26 951160 951181 99202

88/175 92/183 951004 95/019 95m5 951067 951097 951143 951161 951197 95/205

881178 92/184 95m5 95/022 95/05 1 95/075 951101 951149 951167 9511 98

90/200 93/236 951006 95/03 1 95/053 95/089 9511 17 951152 951173 951199

357

Yb see REE

zn 851192 881180 W182 94t220 951002 95/008 95/026 95/043 95m7 95/082 95m5 951120 9511 56 9511 85

86/2 17 901200 9Ul84 941222 95m3 9 5 m 99028 95/048 9 5 M 9 951086 9 5 m 951121 951161 951192

87/255 92/178 931236 94/224 95/004 95/011 95/03 1 95/053 95/072 95/087 9511 02 951122 951167 951193

881175 92480 931237 94t225 95m5 95/012 95/04 1 9 5 m 3 95m74 9 5 m 9511 11 9511 28 951173 951195

881178 92/181 931238 941226 951006 95/0 19 951042 95/066 951075 9 5 m 3 9511 17 951149 9511 74 951197

951198 951199 951200 951201 951202 951205 951206 951207

zr 86/217 901200 92/184 941224 951006 951022 95/045 951075 95m3 951 1 20 951152 951171 9511 87 95/200

881175 92/178 931236 94t225 95/008 951'027 95/053 95/080 95m7 951125 951155 951173 951192 951202

881178 W180 931237 941226 9 5 m 95/03 1 95m3 95/082 951101 9511 28 951160 9511 80 951197 951205

8811 80 92/18 1 93t238 9 5 m

95/035 9 5 M 95/083 9511 11 951135 951161 951181 951198

95mi9

90/199 W183 941220 9 5 m 5 95/02 1 95/042 95M7 9 5 m 9511 17 9511 49 9511 67 9511 85 951199

Documents

Geochemical Reference Sample: BIBLIOGRAPHY FOR 1995