Geochemical Reference Sample Bibliography for 1987

391

Geochemical

GeostandaRef

Reference

B~BL~OGRAPHY FOR 1987

Sample

Corner

Iwan ROELANDTS

Geology, Petrology and Geochemistry (B-20), University of Likge, B-4000 Sart Tilman, Likge 1, Belgium

This is the eighth survey in the series of Geochemical Reference Sample (GRS) Bibliography Table 1. GRS references in various Journals during 1987 published in Geostandards Newsletter andis designated as PART VIII in the series. Journal No. of No. of

papers on GRS new data (*)

The PART VIII contains references gleaned from Journal of Radioanalytical and major analytical chemistry and geochemical Journals that + Letten) 58 2226 have become available to the author from January to Geostandards Contributions Newsletter to and 28 2575

19 84 Petrology Analytical Chemistry 16 27 1 Fresenius Zeitschrift fur Analpkche Chemie 16 407 The Analyst 13 270

December 1987. A few earlier ones which were not

those which have inadvertently been overlooked have also been included.

available at the time of the previous report (PART VII) or

During the period covered by this bibliography, a total number of 241 references has been collected. This shows an increase of 15% over the earlier review. A large part of this increase can be attributed to the Journal of Radioanalytical and Nuclear Chemistry (nearly the quarter of total number of references).

More than 30 Journals have published GRS articles during 1987. The vast majority of the papers deals with trace element determination. Rare-earth elements (REE) always top the list (30% of the articles) followed by transition elements. Noble metal (gold, silver and the platinum-group elements) analysis starts to be reported to interpret geochemical characteristics.

Table 1 shows the distribution of the GRS references in the literature. Now the Journal of Radioanalytical and Nuclear Chemistry occupies the first rank by the number of publications. However, judging by the number of new data, Geostandards Newsletter holds by far the first place. These two Journals are the most prominent data outlets and confirm their important role for the geoanalytical community.

Table 2 lists the degree of use of various analytical techniques. Several interesting trends are apparent from this Table. The four dominant techniques are neutron

Chemical- Geolog y 13 389 Analytica Chimica Acta 12 143 Geochimica et Cosmochimica Acta 9 155 Atomic Spectroscopy 6 24 SpectFchimica Acta (Paa B) 6 365 Talanta 6 164 Others 39 1681

Total number 24 1 8754

(*) Compiled data not included.

Table 2. Analytical methods used most for GRS during 1987

Method percent

Neutron activation analysis Mass spectrometry Inductively coupled plasma spectroscopy Atomic absorption spectrometry X-ray fluorescence Colorimetry Ion-selective electrode technique Others

36 16 15 13 9 4 2 5

Total number of compiled articles 233

Geostandards Newsletter, Vol. 12, N " 2 , Octobre 1988, p . 391 d 407

392

activation analysis (NAA), isotope dilution mass spectrometry (IDMS), inductively coupled plasma spectrometry (ICP) and atomic absorption spectrometry (AAS). 80% of the references cited in PART VIII involve these methods of choice. Among these NAA continues to be the most versatile and widely utilised technique. The Seventh Modern Trends in Activation Analysis Conference (Copenhagen, 1986, June 23-27) and its proceedings published in 1987 by the Journal of Radioanalytical and Nuclear Chemistry (volumes 1 12- 114) may explain the predominance of NAA in the study of GRS. In fact, 27 of the 153 published papers dealt with GRS. 143NdPNd isotope ratios continue to be widely used in isotope geochemistry. Another notable trend is the rapid rise in popularity of ICP for geostandards (third place!). This technique prevails by the skin of one's teeth on AAS. For the other methods, the situation is about the same as observed previously.

Once again we have tried to maintain a coverage as complete and exhaustive as possible. However, some publications which have appeared in 1987 could not be assembled here because of late amval of some Journals or other reasons. These references will be, of course, included in future contributions.

Additional 1979 reference (169)

a. New analytical data (169)

7 9 / 1 bY /RT/FX E G Nishet,. V J Dietrich and A Elsenwein (1979) Routine trace element determination in silicate minerals and rocks by X-ray fluorescence, Fortschritte der Mineralogie, 57: 264-279. Data for AGV-1, HCR-1. DTS-1, G-2, GSP-1, PCC-1 and W-1

Additional 1982 references (180-183)

a. New analytical data (180-183) 82/180/RT/MN M. de Bruin, P.J.M. Korthoven and P. Bode (1982) Evaluation of a system for routine instrumental neutron activation analysis, Journal of Radioanalytical Chemis- try, 70 497-512. Data for MAG-1

82/181/RT/MN F. Grass (1982) Activation analysis with a high resolution high rate gamma-spectroscopy system, Journal of Radioanalytical Chemistry, 70: 411-425. Na in NES 1632, 1633a.

82/182/RT/MN B.D. Lass, N G. Roche. A.O. Sanni, E.A. Schweikert. J.F. Ojo (1982) Heavy ion activation analysis. Journal of Radioana- lytical Chemistry, 70: 251-272. Li and Re in NBS 610, 612: Li in SY-2

Wispelaere, J . T)e Dondar, J. Hoste Calculation of the absolute peak efficiency of Ge and Ge(Li) detectors for different counting geometries, .Tn~>rnnl of Radioanalvtical Chemistry, 70: 539-550. I .. .~

Data for PCC-1, BCR-1, G - 2

Additional 1984 Reference (213)

a. New analytical data (213)

84 /2 13/RM/AA A.J. Horowitz (1984) Major element analysis of rocks and sediments by atomic absorption spectroscopy. Varlan Instruments at Work,

Fo, Mg, Si. Al, Ca. K , Na and Mn in 11 geostnndards. AA-42.

Additional 1985 references (183-186)

a. New analytical data (183-185) Additional 1980 References (173-175)

a. New analytical data (173-174)

80/173/RT/MN S. Bajo and A . Wyttenbach (1980) Extraction liquide-liquide des terres rares et application a leur dosage dans les silicates par activation neutronique, TM-44-80-2. EIR 6REE in BCR-1

80/ 174 /RT /MN T. Smet (1980) Radiochemische neutroneaktiveringsanalyse van gesteen- ten en gesteentevormende mineralen, Dr. Thesis, Ghent University, Belgium. Data for AGV-1, GSP-1, G-2, DTS-1, PCC-1 and NIM-D.

b. New compilation of "recommended" values (175) 80 /175/GG/TT J.G. Crock and R.C. Severson (1980) Four reference soil and rock samples for measuring element availability in the Western Energy Regions Geological Survey Circular 841 Preparation and analytical results.

85/183/RT/AA A.J. Horowitz and K.A. Elrick (1985) Multielement analysis of rocks and sediments by wet digestion and atomic absorption spectroscopy, Varian Instruments at Work, AA-47. Data for USGS standard rocks and 2 NBS sediments iNBG 1645 and 16461.

85/184/RT/MN P. Kresten and A.O. Brunfelt (1985) Instrumental neutron activation analysis of U.S.G.S. rock standard MAG-1. Geologiska Foreningens i Stockholm Forhandlingar, 107: 107-108. Data for MAG-1.

85/185/RT/TT J.P. Willis and R.J. Hart (1985) Trace element analysis of coals by INAR and XRFS. J Trace and Microprobe techniques, 3: 109-127. Data for NES 1632a. 1635.

b. New compilation of "recommended" values (186) 85/186/GG/TT H. Herstenberger and M. Herrmann ( 1 9 8 5 ) KH2: a new 13C/lBO standard for the mass-spectrometric analysis of geological samples, GPochemistry Interna- tional, 22 (5): 60-61 lac and 1 8 0 in KH2 (limestone)

393

Additional 1986 References (193-210)


86/153/RT/MN B.S. Carpenter and L.J. Pilione (1586) The use of delayed nuclear track counting for determining bismuth. Paper accepted for presentation at the 7th International Conference Modern Trends in Activation Analysis, Vol 1: 473-478 Bi in NBS 611 and 613

86/1Y4/RT/MN B.R. Chen. Q.F. Qian, Y.N. Yang and S.J. Yang (1586) Determination of trace elements in samples from 110 coal mines in China by INAA, Paper accepted for presentation at the 7th International Conference Modern Trends in Activation analysis, vol 2: 1165-1174 Data f o r NBS 1632a and 1633a.

86/155/RT/AA K.A. Elrick and A.J. Horowitz (19861 Analysis of rocks and sediments for arsenic, antimony, and selenium, by wet digestion and hydride generation atomic absorption, Varian Instruments at Work, AA-56. As, Sb, and Se on 2 NBS sediments and 8 USGS rock standards.

86/196/RT/MN M. Genova. S. Meloni, M. Oddone and E. Mello (1986) Provenance studies of archaeological marbles by neutron activation analysis and data reductions. Paper accepted for presentation at the 7th International Confe- rence Modern Trends in Activation Analysis, Vol 1: 171- 179. Data for G-1 and BCR-1.

8 6 /197/RT/FX C.M. Hemens and C.M. Elson (1966) Determination of microgram amounts of arsenic in geological materials and waters by wavelength-dispersive X-ray fluorescence spectrometry, Analytica Chimica Acta. 1 8 8 : 311-315. As in 9 GRS.

86/158/RT/AA A.J. Horowitz (1986) Trace met,al analysis of rocks and sediments by graphite furnace atomic absorption spectroscopy, Varian Instru- ments at Work, AA-64. Cu. Zn, Cd, Pb, Cr, Ni and Co in 2 NBS sediments and 5 USGS rock standards.

36/1 YS/RT/CK T. Katami, T. Hayakawa, M. Furukawa. S. Shibata and T Hara (1986) Extraction and spectrophotometric determination of zinc in coal fly ash and pond sediments with 2- 2 - [ 3 , 5 - dibromopyridy1)azo -5 d,imethylaminobenzoic acid, Analy- tica Chimica Acta, 188: 289-254. Zn in NBS1633a, NIES SRM No".

86/200/RT/AA M. Koide, V.F. Hodge, J.S. Yang, M. Stallard, E . G . Goldberg, J. Calhoun and K.K. Bertine [?9661 Some comparative marine chemistries of rhenium, gold. silver and molybdenum, Applied Geochemistry 1: 705-714 Au, Pt, Mo. Ag and Re in some USGS geochemical standards.

86/20 1 /RT/MN J.F. Lerbekmo and R.M. St Louis (1586) The terminal Cretaceous iridium anomaly in the Red Deer Valley, Alberta, Canada, Canadian Journal of Earth Sciences, 23: 1213-124. Platinum group elements in SARM-7; Au in BHVO-1 and BCR-1.

86/202/RT/AA E. Lundberg and B. Bergmark (1986) Determination of total tin in geological materials by electrothermal atomic absorption spectrometry, Analy- tical Chimica Acta, 188: 111-118. Sn in 6 geological reference materials.

86/203/RT/MN C. Olivier, M. Peisach, H.J. Morland and B . S . De Wet (1986) Sulphur determination by proton-induced prompt gamma emission : the effect of the matrix and its importance in coal analysis. Paper accepted for presentation at the 7th International conference Modern Trends in Activation Analysis, vol 2: 1235-1243. S in NBS 16323 and 1635

86/204/RT/SM C. Pin and J.D. Sills ( 1 9 8 6 ) Petrogenesis of layered gabbros and ultramafic rocks from Val Sesia, the Ivrea Zone, NW Italy : trace element and isotope geochemistry. In: "The Nature of the Lower Continental Crust", Geological Society Special Publication No 24, pp 231-245. laaNd/144Nd in BCR-1

86/205/RT/FX 4.. Rachetti and W. Wegscheider (1586) A fundamental parameters approach including scattered radiation for mono-energetically excited samples in energy dispersive X-ray fluorescence spectrometry, Analytica Chimica Acta, 188: 37-50. Data f o r NBS 1632a,1635,1646.

86/206/RT/FX FRobinson, N.C. Higgins and G.A. Jenner ( 1 9 8 6 ) Determination of rare-earth elements, yttrium and scandium in rocks by an ion exchange X-ray fluorescence technique, Chemical Geology, 55: 121-137 13REE, Y and Sc in eight GRS

86 /20 7 /RM/FX M. Soma and H. Seyama (1986) Surface compositions of powdered rock samples studied by X-ray photoelectron spectroscopy, Chemical Geology, 55: 97-103 Major elements in G.S.J. Standards.

86/208/RT/MN Y.J. Sun, W.Z. Tian, J.Z. Xiao and Y.Z. Zhou ( 1 9 8 6 ) INAA and RNAA of an Apollo-17 lunar mare basalt for 36 elements. Paper accepted for presentation at the 7th International Conference Modern Trends in Activation Analysis, vol 2: 1273-1281 Data for W-1.

86/209/RT/TT J.P. Willis (1986) A comparison of trace element analysis of whole coal by INAA and XRF, Jul-Conf-55, January 1986, p 101-117. Data for NBS 1632a, 1635 (see 85/185) t SARM 18 to 20.

8 6,/2 1 O/RT/MN S.H. Yang, Q.F. Qian, Y.N. Yang, B.R. Chen (1986) Determination of composition in size of airborne particulate matter by INAA. Paper accepted for presentation at the 7th International conference Modern Trends in Activation Analysis, vol 2: 1105-1110. Data for NBS 1633a.

1987 References (001-241)


87/001/RT/SM P.K. Aggarwal and F.J. Longstaffe (1987) Oxygen-isotope geochemistry of metamorphosed, massive sulfide deposits of the Flin Flon-Snow Lake belt, Manitoba, Contributions to Mineralogy and Petrology, 9 6 : 311-325. 1 8 0 in NBS 2 8

87/002/RT/SP D. Albers and R. Sacks (1987) Direct atomic emission determination of some trace metals in solid powder samples with a magnetically tailored capacitive discharge plasma, Analytical Che- mistry, 59: 593-597. Nn. Cr. V, Pb in NBS 696, 1645, 51, 635, 1648

87/003/RJ/MN S.M. Al-Jobori, Y.A.H. Kettaneh and J.A. Mustafa (1987) Determination of Si, Al, Ti, Fe, and Zr in glass sand samples by 14 MeV neutron activation analysis, Journal of Radioanalytical and Nuclear Chemistry, Articles, 111: 11-16. Al, Si. Ti, Fe and Zr in NBS 6Yb. 120b.

67/004/RM/FX J.A. Anzelmo and J.R. Lindsay (1987) X-ray fluorescence spectrometric analysis of geological materials Part 2 applications, Journal of chemical Education, 64. A200-204 Major and minor constituents in AGV-1, BCR-1, BIR-1, MRG-1, DTS-1, PCC-1, QLO-1, GSP-1 and RGM-1.

87/005/RT/MN V.V. Atrashkevich, A.V. Garanin and V.P. Kolotov (19871 The method of moments for multiplet deconvolution in gawna-ray spectrometry, Analytica Chimica Acta, 2 0 3 : 43-54. Sb in ZGI-K)(

Y7/006/ST/MN D.C. Aumann, F. Buheitel, J. Hauschild, E. Robens, H. Wershofen (1967) Chemical and nuclear interferences in neutron activation of 1291 and 1 2 7 1 in environmental samples, Journal of Radioanalytical and Nuclear Chemistry, Articles,

I in SOIL-5

87/007/ST/MN T. Barrett, R. Carlson and B. Robinson (1987) Rare-earth element and mineralogic changes in Holocene soil and stream sediment : a case study in West Mountains, Colorado, U.S A , , Chemical Geology, 6 3 , 275- 297. 7REE in SO-4

87/008/RT/SM T.J. Barrett and H. Friedrichsen (1987) ilxygen-isotopic composition of basalts from young spreading axes in the eastern Pacific. Canadian Journal of Earth Sciences, 24: 2105-2117. 1 8 0 in NBS 28.

87/009/RT/MN G.N. Baturin, S.B. Tambiyev and S.M. Lyapunov (1987) The rare-earth elements in ocean-floor biogenic phosphates, Geochemistry International, 24(6): 104-111. IREE in BCR-1

109: 261-274

87 /O 10 /(JM/SM E.S. Beary, K.A. Erletic, P.J. Paulsen and J.R. Moody [ 1587 I A comparison of isotope dilution mass spectrometric methods for the assay of copper in copper ore reference materials, The analyst, 112: 441-444. Cu in NES SRM 332

87/011/RT/MN G. Beaudoin and M. Bergeron (1587) Determination de huit terres Tares dans l'echantillon geochimique de reference NBS 88a par activation neutronique instrumentale, Geostandards Newsletter, 11: 147-150. 8 REE in BHVO-1, G-2, AGV-1, NBS-88a.

87/012/RM/SP P.M. Beckwith, R.L. Mullins and D.M. Coleman (1987) Analysis of Eastern coal fly ash using separated sampling and excitation atomic emission spectrometry, Analytical Chemistry, 59: 163-167. Fe, Al, Ca, Mg, Ti, Na, K and Si in BCS 309, 314, 315, 375 and NBS 1633A

87/013/RT/SM K. Bell and J. Blenkinsop (1987) Archean depleted mantle: evidence from Nd and Sr initial isotopic ratios of carbonatites, Geochimica et Cosmochimica Acta, 51: 291-298 Sm, Nd, 143Nd/144Nd in BCR-1

87/014/RT/AA M.F. Benedetti, A.M. de Kersabiec and J. Boulegue

(1987) Determination of gold in twenty geochemical reference samples by flameless atomic absorption spectrometry, Geostandards Newsletter, 11: 127-129. Au in 2 0 geological standards.

B'Ii015/RT/AA L. Benmoussa, J. Amosse, P. Giraud and R. Oliver (1987) A geochemical study of the concentration process of tungsten and tin in the "Taourirts" granites of Central Ahaggar, Algeria, Chemical Goology, 63: 121-132. Data for DR-N. BCR-1, Mica-Fe

87/016/RT/TT M. Bettinelli, U. Baroni and N. Pastorelli (1987) Determination of scandium in coal fly ash and geological materials by graphite furnace atomic absorption spectrometry and inductively coupled plasma atomic emission spectrometry, The Analyst, 112: 23-26. Sc in NBS 1633, 1633a, 1645, 278, 688 .

87/017/RT/FX Bi-Shia Wang King (1987) Determination of trace elements in eight Chinese stream-sediment reference samples by energy-dispersivs X-ray spectrometry, Geostandards Newsletter, 11: 193- 195 12 trace elements in 8 Chinese GRS

87/018/OT/MN C.J. Bland (1987) Gamma ray spectrometry of samples using standard activity additions, Journal of Radioanalytical and Nuclear Chemistry, Articles, 115: 83-90. zl*Pb in DL-la, DH-ls, BL-4a; BL-5; Th in OKA-2

87/019/GG/TT R . Bojanowski, R. Fukai and E. Holm (1987) Comparability of data for natural radionuclides in marine sediment obtained by different analytical techniques, Journal of Radioanalytical and Nuclear Chemistry, Articles, 110: 113-133. K , U, Th and Ra in SD-N - 1/2.

87 / O ZO/OT/MN R. Bojanowski, E. Holm, N.E. Whitehead (1987) Determination of 227Ac in environmental samples by ion- exchange and alpha spectrometry, Journal of Radioanaly- tical and Nuclear Chemistry, Articles, 115: 23-37 227Ac in S-20 (uranium ore, IAEA)

87/021/RT/SP D.W. Boomer and M.J. Powell (1987) Determination of uranium in environmental samples using inductively coupled plasma mass spectrometry, Analy- tical Chemistry, 59: 2810-2813. U in NBS 1645,1633,1633a

87 /O 22/RM/TT N.W. B o w e r , D.K.Kim and E.S. Gladney (1987) Determination of water in nineteen USGS geochemical reference standards using coulometry and neutron capture prompt gamma-ray spectroscopy, Geostandards Newsletter, 11: 37-40. H2O in 19 GRS

87/023/RM/SP I.B. Brenner, Y. Lang, A. Le Marchand and P. Grosdaillon (1987) A versatile technique f o r multielement ICP-AES analysis of geological samples, International Laboratory, 17

major and minor elements in 11 reference materials.

87/024/RT/FX I. Brissaud, G. Lagarde, A. Sabir and E. Houdayer (1987) PIXE macro and microprobe techniques in archaeometry, Journal of Radioanalytical and Nuclear Chemistry, Articles, 116: 99-116. Data f o r Mica Fe and AN-G

(10): 18-33.

87 /025/RT/SM M. Brouxel, H. Lapierre, A. Michard and F. Albarede (1987) The deep layers of a Paleozoic arc : geochemistry of

395

the Copley-Balaklala series, northern California, Earth and Planetary Science Letters, 85: 386-400. 1 4 3 Nd/l4 4 Nd in BCR-1

87/026/RT/CK C.B. Bruce and N.W. Bower (1987) Spectrophotometric determination of ferrous iron in eighteen United States geochemical reference standards, Geostandards Newsletter, 11: 41-42? Fe0 in 18 GRS

87/027 /RT/AA G . Buffet, J. Amosse, D. Mouzita and P. Giraud (1987) Geochemistry of the M’Passa Pb-Zn deposit (Niari syncline, People’s Republic of the Congo). Arguments in favor of a hydrothermal origin, Mineralium deposita. 22: 64-77. Trace elements in DRN, BCR-1 and Mica-Fe

87/028/RT/MN R.A. Cahill and A.D. Autrey (1987) Measurement of 210 Pb, 137Cs, organic carbon and trace elements in sediments of the Illinois and Mississipi Rivers, Journal of Radioanalytical and Nuclear Chemis- try, Articles, 110: 197-205. C in NBS-la

87/029/OM/FX G.P.B. Chaudhury, C.K. Ganguli and N.Sen (1967) X-ray fluorescence determination of niobium and tantalum in geological materials, X-ray Spectrometry,

IGS/33 and IGS/34.

6 7/0 30 /RT/MN C.F. Chai, S.L. Ma, X.Y.Mao, K.N. Liao and W.C.Liu (1987 j On the methodology of radiochemical neutron activation analysis of noble metals, Journal of Radioanalytical and Nuclear Chemistry, Articles, 114: 281-291. Ir and Au in BCR-1, DTS-1 and PCC-1

16: 123-124.

87/03 1 /RT/AA C.L. Chakrabarti, He Xiuren, W.U. Shaole, and W.H. Schroeder 119871

I ~~

Direct determination of metals associated with airborne particulates using a graphite probe collection technique and graphite probe atomic absorption spectrometric analysis, Spectrochimica Acta, 42B: 1227-1233. Ca, Pb, Ni, Cu and Mn in NBS 1848.

87/@32/RT/SM S. Claesson (1987) Isotopic evidence for the Precambrian provenance and Caledonian metamorphism of high grade paragneisses from the Seve Nappes, Scandinavian Caledonides, Contri- butions to Mineralogy and Petrology, 97: 196-2U4. Sm, Nd, 147Sm/l44Nd, 143Nd/144Nd in BCR-1

87/033/OT/MN A. Cocherie, M. Volfinger and G. Meyer (1587) Determination of the noble metals in chromites and other geological materials by radiochemical neutron activation analysis, Journal of Radioanalytical and Nuclear Chemistry, 113: 133-143. Ir, Ru, Pt, Pd, Au and Ag in SARM-7

87/034/RT/FX R.A. Coish and N.W. Rogers (1967) Geochemistry of the Boil Mountain ophiolitic complex, northwest Maine, and tectonic implications, Contribu- tions to Mineralogy and Petrology, 97: 51-65. Data for MRG-1 and AGV-1

87/035/RT/MN M. Colin, C.Friedly, and P. Lerch (1987) Trace determination of beryllium by heavy ion activation analysis, Journal of Radioanalytical and Nuclear Chemistry, Letters, 119: 477-467. Be in NBS-SRM 610,612 and 614.

87/036/OT/AA M. Cornelius, E.F. Stumpfl, D. Gee and W. Prochaska (1987 \ .~ Platinum group elements in mafic-ultramafic rocks of the Western gneiss terrain, Western Australia, Minera-

logy and Petrology, 36: 247-265. Rh, Pt, Pd and Au in SARM-7 and 32/70

87/037/RM/SP B. Courtault, G. Bellina and G. Briand (1987) Analyse multielementaire des ciments et des laitiers par spectrometrie d’emission plasma 1 couplage induc- tif, Analusis, 15: 227-236. Si, Al, Fe, Ca and Mg in 3 reference cements

87/038/RT/SM X.B. Cox, S.R. Bryan, R.W. Linton, D.P. Griffis (1987) Microcharacterization of trace elemental distributions within individual coal combustion particles using secondary ion mass spectrometry and digital imaging. Analytical Chemistry, 59: 2018-2023 Al, Fe, Si, Ti, Pb, T1, Th and U in NBS L633a

87/03Y/RT/SM L A . Crisp and F.J. Spera (1987) Pyroclastic flows and lavas of the Mogan and Fataga formations, Tejeda Volcano, Gran Canaria, Canary Island: mineral chemistry, intensive parameters, and magma chamber evolution, Contributions to Mineralogy and Petrology, Y6: 503-518. 1 8 0 in NBS 28

8 7 / O 4 0 /RT /SP A.R. Date, A.E. Davis and Yuk Ying Cheung (1987) The potential of fire assay and inductively coupled plasma source mass spectrometry for the determination of platinum group elements in geological materials, The Analyst, 112: 1217-1222 Platinum group elements and Au in SARM-7 and PTC-1

87/041/RT/SP A.R. Date and Y.Y. Cheung (1987) Studies in the determination of lead isotope ratios by inductively coupled plasma mass spectrometry, The Analyst, 112: 1531-1540. 206 Pb/2 0 4 pb, 2 0 7 pb/l 0 4 Pb, 2 0 8 Pb/2 0 4 Pb in BCR- 1

87/042/RT/SP A.R. Date, Yuk Ying Cheung and M.E. Stuart (1987) The influence of polyatomic ion interferences in analysis by inductively coupled plasma source mass spectrometry (ICP-MS), Spectrochimica Acta, 42B: 3-20 Data for NBS lb, NBS 120b, NB 86a, Nod A-1, Nod P-1

87/043/RT/AA A.M. de Kersabiec and M.F. Benedetti (1987) Problems encountered in solid sampling-trace analysis of various geological samples by ETA-ZAAS, Fresenius Zeitschrift fur Analytische Chemie, 328: 342-345. Data for GXR1-GXR6, BCR-1, G-2, BE-N, BM, BR, GS-N, AN- G , AL-I, SOIL-5, and NBS 1645

87/044/RT/MN R. Delmas, F. Dulac, C.E. Lambert and G . Revel (1987) Neutron activation analysis : a simple versatile program fcr automated gamma spectrometry with a personal computer, Journal of Radioanalytical and Nuclear Chemistry, Articles, 111: 371-383. Data for W-1; NBS 1632, 1633.

87/045/RT/SM A.P. Dickin, N.W. Jones, M.F. Thirlwall and R.N Thompson (1967) A Ce/Nd isotope study of crustal contamination processes affecting Palaeocene magmas in Skye, North- west Scotland, Contributions to Mineralogy and Petro- logy, 96: 455-464. 1 4 3 Nd/l4 4 Nd in BCR-1

87/046/RT/FM A . Dong, V.V. Rendig, R.G. Burau, G.S. Besga (1987) Phosphoric acid nitric acid, and hydrogen peroxide digestion of soil and plant materials for selenium determination, Analytical Chemistry, 59: 2728-2730. Se in NBS 1646

87/047/RT/MN S. Donivan, M. Hollenbach and M. Costello (1987) Rapid determination of thorium-230 in mill tailings by alpha-spectrometry, Analytical Chemistry 59: 2556-2558 230Th in SY-2, SY-3,; UTS-1 to 4; DH-1 and BL-1

87/048/RT/TT K . J . Doolan (1987) A pyrohydrolytic method for the determination of low fluorine concentrations in coal and minerals, Analytica Chimica Acta, 202: 61-73. F in reference materials.

87/049/RT/SM S.A. Drury, P.C. Van Calsteren and G.J. Reeves-Smith (1987) Sm-Nd isotopic data from Archean metavolcanic rocks at Eolenarsipur, South India, The Journal of Geology, 95: 837-843. Sm, Nd, 147Sm/l4dNd, 14aNd/1'4Nd in BRC-1

87/050/RT/AA L.Ebdon and J.R. Wilkinson (1987) The determination of arsenic and selenium in coal by continuous flow hydride-generation atomic absorption spectrometry and atomic fluorescence spectrometry, Analytica Chimica Acta, 194: 177-187 As and Se in NBS1632a, 1635

87/051/RT/MN M. Ebihara, K. Tomura and M. Masutani (1987) Determination of trace amounts of uranium in silicate materials by means of neutron ativation analysis involving rapid radiochemical separation, Journal of Radioanalytical and Nuclear Chemistry, Articles, 109:

U in 12 Japanese GRS and W-1, BCR-1

87 / O 52/RM/MN W.D. Ehmann, R.C. Young, D.W. Koppenaal, W.C. Jones, and M.N. Prasad (1987) Derivative techniques in activation analysis, Journal of Radioanalytical and Nuclear Chemistry, Articles, 112: 71-87. P in BCR-1, PCC-1, NBS1632.

87/053/RT/TT R. Eidecker and E. Jackwerth (1987) Zur Multi Elementanreicherung aus eisenhaltigen Boden und Sedimenten, Fresenius Zeitschrift fur Analytische Chemie, 328: 469-474. Data for NBS-1645 (FX and AAS)

87/054/HT/AA K.A. Elrick and A.J. Horowitz (1987) Analysis of rocks and sediments for mercury by wet digestion and flameless cold vaper atomic absorption, Varian Instruments at Work, AA-72. Hg in NBS 1645, 1646; G-2, SCo-1 and MAG-1.

67/055/RT/IS H.N. Elsheimer (1967) Application of an ion-selective electrode method to the determination of chloride in 41 international geochemical reference materials, Geostandards Newsletter, 11:

C1 in 41 GRS

87/056/RT/SM A.Ewart and C.J. Hawkesworth (1987) The Pleistocene-recent Tonga-Kermadec arc lavas : interpretation of new isotopic and rare earth data in terms of a depleted mantle source model, Journal of Petrology, 28: 495-530. 1'1Nd/l44Nd in BCR-1

87/057/RT/MN A.M.F. Figueiredo, S. May and G. Pinte (1987) Determination de la teneur des 61Bments dysprosium, europium, gadolinium, praseodyme, samarium et lanthane dans la roche etalon "granite GS-N" par activation neutronique, Analusis, 15: 179-182. La, Pr, Sm, Eu, Gd and Dy in GS-N

87/058/RT/MN R.H. Filby, S. Nguyen, S. Campbell, A. Bragg and C.A. Grimm (1967) Evaluation of sample homogeneity for geochemical standard reference materials used in microanalysis, Journal of Radioanalytical and Nuclear Chemistry, Articles, 110: 147-158. Sm, La, Sc, Th, Hf, As, Ga, Fe and Cr in NBS 97b, 98b and 679

69-78.

115-122.

87/059/RM/MN R.F. Fleming and R.M. Lindstrom (1987) Precise determination of aluminum by intrumental neutron activation, Journal of Radioanalytical and Nuclear Chemistry, 113: 35-42. A1 in NBS 1633a

87/060/RT/MN M.F.J. Flower and H. Levine (1987) Petrogenesis of a tholeiite-boninite sequence from Ayios Mamas, Troodos ophiolite: evidence for splitting of a volcanic arc ? Contributions to Mineralogy and Petrology, 97: 509-524. REE, Hf , Cd, Co and Sc in BHVO-1

87/06 1 /RT/MN B.B. Fong and A. Chatt (1987) Characterization of deep sea sediments by INAA for radioactive waste management purposes, Journal of Radioanalytical and Nuclear Chemistry, Articles, 110: 135-145. Data for NBS-1645, 1646, MESS-1. BCSS-1

87/062/ST/FX C. Freiburg, J.M. Molepo and B. Sansoni (1987) Comparative determinations of lead in soils by X-ray fluorescence, atomic absorption spectrometry, and atomic emission spectrometry, Fresenius Zeitschrift fur Analytische Chemie, 327: 304-308. Pb in SO-1 to SO-4; SL/1, SO-5 (IAEA)

87/063/RT/MN C. Friedli, T. Diaco, and P. Lerch (1987) Lithium and beryllium trace determination using heavy- ion activation analysis, Journal of Radioanalytical and Nuclear Chemistry, Articles, 112: 403-413. Li and Be in NBS-77a; G-2, AGV-1, NBS 610 and NBS-612

8 7 /064/RT/FX B.J. Fryer and R.P. Taylor (1987) Rare-earth element distributions in uraninites : implications for ore genesis, Chemical Geology, 63: 101-108. 9 REE in BCR-1

87/065/RT/TT/ M.A. Gautier, E.S. Gladney, W.D. Moss, M. Phillips and B.T. O'Malley (1987) Quality assurance for health and environmental chemistry: 1986, Los Alamos National Laboratory report LA- 11114-MS (November 1987) Analytical data by HSE-9 during 1986

87/086/ST/FX W. Gerwinski and D. Goetz (1987) Multielement analysis of standard reference materials with total reflection X-ray fluorescence (TXRF), Fresenius Zeitschrift fur Analytische Chemie, 327: 690- 693. Data in soil reference materials (BCR)

87/067/RT/IS W.C. Godbeer (1987) Results for fluorine in coals and other reference materials, Geostandards Newsletter, 11: 143-145. F in 4 coals, 2 fly ashes and 8 reference rocks

87/068/RT/SP K. Govindaraju and G. Mevelle (1987) Fully automated dissolution and separation methods for inductively coupled plasma atomic emission spectrometry rock analysis. Application to the determination of rare earth elements, Journal of Analytical Atomic Spectrometry, 2: 815-621. 10 REE + Y in BCR-1, BR, BE-N. AL-I and IF-G

M7/06Y/RT/SM I.J. Graham and W.R. Hackett (1987) Petrology of calc alkaline lavas from Ruapehu volcano and related vents. Taupo volcanic zone. New Zealand. Journal of Petrology. 2 8 : 531-567 aTSr/8CSr in G-2, AGV-1, BCR-1 1 4 3 Nd/l4 4 Nd in BCR-1

R7 /07O/RT/MN E.Grass (1987) Short-time activation analysis with steady-state and

397

pulse irradiation, Journal of Radioanalytical and Nuclear Chemistry, Articles, 112: 347-359. Data for NBS 1648.

87/071/MT/MN R.R. Greenberg and B.S. Carpenter (1987) High accuracy determination of 235U in non destructive assay standards by gamma spectrometry, Journal of Radioanalytical and Nuclear Chemistry, Articles, 111:

23511 in 5 isotope abundance standards (SRM 969)

87/072/RT/MN R.R. Greenberg (1987) The role of neutron activation analysis in the certification of NBS standard reference materials, Journal of Radioanalytical and Nuclear Chemistry. Articles, 113: 233-247. Data for NBS 1632b

87/073/RT/AA M. Grognard (1987) Estimation of beryllium concentration in the standard reference material BCR 176 by STPF-Zeeman AAS after lithium metaborate fusion, Atomic Spectroscopy, 8: 153-

177-197.

154. Be in PCR 176

87/074/RT/SP M. Grote and A. Kettrup (1987) Determination of Au, Pt and Pd in geological samples by d.c.p. emission spectrometry and a dehydrodithizone- functionalized resin, Fresenius Zeitschrift fur Analy- tische Chemie, 327: 11-12. Au, Pt and Pd in SARM 7, PTM-1, PTC-1 and SU-la

87/075/RT/SP M. Grote and A. Kettrup (1987) Ion-exchange risins containing S-bonded dithizone.and dehydrodithizone as functional groups, Part 3 , Ana- lytica Chimica Acta, 201: 95-107. A u , Pt. Pd in SARM-7, PTC-1, PTM-1 and SU-la

87/076/RM/FX M. Guevara and S.P. Verma (1987) Comparison of matrix effect correction and direct intensity-concentration relationship methods for major element analysis of geological materials by X-ray fluorescence spectrometry, X-ray Spectrometry, 16: 87- 94. Major element analysis of 40 geostandards

87/077/RT/SP G.E.M. Hall, J.C. Pelchat and K. Nimalasiri de Silva (1987) Determination of low concentrations of tungsten and molybdenum in geological materials using inductively coupled plasma atomic emission spectrometry with preconcentration on activated charcoal, The Analyst, 112:

W and Mo in 22 GRS (USGS, CCRMP, IGGE)

87/078/RT/SM R.S. Harmon, J. Hoefs and K.H. Wedepohl (1987) Stable isotope (O,H,S) relationships in tertiary basalts and their mantle xenoliths from the Northern Hessian depression , W-Germany, Contributions to Mineralogy and Petrology, 95: 350-369. 1 8 0 in NBS28 and 30

87/079/RT/PL R.J. Haskell and J.C. Wright (1987) Determination of heavy siderophile elements in geological samples via selective excitation of probe ion luminescence, Analytical Chemistry, 59: 427-432. Re in NBS 3 3 1 , 332 , 0s in SARM-7, USBM-Pt-A

87/080/RM/ME L.Hernandez, A. Zapardiel, J.A. Perez-Lopez and E. Bermejo (1987) Study of iron and titanium complexes with propylene- diaminetetraacetic acid by differential pulse polaro- graphy, Analytical Chimica Acta, 198: 239-244. TiOz and Fez03 in BCS 372

87/081/RT/SM R. Hickey-Vargas and M.K Reagan (1987)

631-635.

Temporal variation of isotope and rare earth element abundances in volcanic rocks from Guam : implications for the evolution of the Mariana Arc, Contributions to Mineralogy and Petrology, 97: 497-508. 143Nd/l44Nd in BCR-1; 12 trace elements in MORB standard.

87/082/RT/SM N. Honjo and W. P: Leeman (1987) Origin of hybrid ferrolatite lavas from Magic Reservoir eruptive center, Snake River Plain, Idaho, Contribu- tions to Mineralogy and Petrology, 96: 163-177. 14JNd/l44Nd in BCR-1

87/083/RT/SP J. Ingri and C. Ponter (1'387) Rare earth abundance patterns in ferrornanganese concretion from the Gulf of Bothnia and the Parents Sea, Geochimica et Cosmochimica Acta, 51: 155-161. 11 REE in NOD P-1 and NOD-A-1

87/084/RM/CK S. Inoue, S. Hoshi and M. Matsubara il987) Spectrophotometric determination of titenium with N-m- tolyl-N-phenylhydroxylarnine and its application to environmental samples, Talanta, 34: 889-891. Ti in NBS 1632b. 1633a, NIES 2

87/085/RT/SM E. Ito, W. M. White and C. Gopel (1987) The 0, Sr, Nd and Pb isotope geochemistry of MORB, Chemical Geology, 62: 157-176. 143Nd/144Nd in BCR-1

87/086/OT/AA V.K. Jain, P.M. La11 and J. Tiwari (1987) Determination of ultratrace levels of gold in geochemical soil samples by atomic absorption spectrophotometry, Atomic Spectroscopy, 8: 77-78. Au in MA-2

87/087/RT/MN M.J. Janssens, J. Hertogen, R. Wolf, M. Ebihara and E. Anders (1987) Ureilites : trace element clues to their origin, Geochemica et Cosmochimica Acta, 51: 2275-2283 Data for BCR-1

87/088/RT/SM M. Javoy and D. Weis (1987) Oxygen isotopic composition of alkaline anorogenic granites as a clue to their origin : the problem of crustal oxygen, Earth and Planetary Science Letters, 84: 415-422. 1 0 0 in NBS28

87 /O89/OM/FX G. Jecko, G. Willay and A. Wittmann (1987) Automated sample preparation for X-ray fluorescence, plasma emission and atomic absorption spectrometry, Fresenius Zeitschrift f u r Analytische Chemie ,

87/090/RT/SP S.J. Jiang, M.D. Palmieri, J.S. Fritz and R.S. Houk (1987) Chromatographic retention of molybdenum, titanium and uranium complexes for removal of some interferences in inductively-coupled plasma mass spectrometry, Analytica Chimica Acta, 200: 559-571. Cu. Zn in BCSS-1, MESS-1

87/091/KT/MN B.L. Jolliff, J.J. Papike. and J.C. Laul (1987) Minimal recorderds of pegmatite internal evolution : REE contents of tourmaline from the Bob Ingersoll pegmatite, South Dakota. Geochimica at Cosrnoch1mica Acta, 51: 2225-2832. U, Ba + 11 REE in BCR-1

87/092/RT/FX W T Jolly (1987j Lithophile elements in Huronian low-Ti continental tholeiites from Canada. and evolution of the Precam-- brian mantle, Earth and Planetary Science Letters, 8 5 : 40 1-415. Data for RGM-1

87/093/RT/MN

398

S . R . Joshi ( 1 9 8 7 ) Determination of lead-210. radium-226, thorium-228 and uranium-238 in five CCRMP reference samples by gamma- ray spectrometry, Geostandards Newsletter, 11: 199-201. ZloPb, 226ha, 22eTh and 238U in 5 CCRMP reference samples.

87/094/RT/MN S . R . Joshi (1987) Non destructive determination of lead-210 and radium- 226 in sediments by direct photon analysis, Journal of Radioanalytical and Nuclear Chemistry, Articles, 116: 169-162 210 Pb and 226 Ra in DL-1. DH-1. BL-3, BL--5. SD-N-1/2, SD-B-3, NBS 4353, NBS 4355, NBS 435OB

87/0Y5/RT/MN Junliang Tian, Chen-Lin Chou and W.D. Ehmann (1587) INAA determination of major and trace elements in loess, paleosol and precipitation layers in a Pleisto- cene loess section, China, Journal of Radioanalytical and Nuclear Chemistry, Articles, 110: 261-274. Data for MAG-1 and EHVO-1

87/096/RT/TT S.J. Juras, C.J. Hickson, S.J. Horsky, C.I. Godwin and W H. Mathews (1967) A practical method for the analysis of rare-earth elements in geological samples by graphite furnace atomic absorption and X-ray fluorescence, Chemical Geology. 64, 143-146. 8 REE in MRG-1, NIM-G. NIM-N, SY-2, SY-3

67/097/RT/MN G Kennedy and K. Touhouche (1967) Determination of erbium in silicate rocks at the lpg/g level, Journal of Radioanalytical and Nuclear Che- mistry, 1 1 4 ' 313-327 . E r in 8 rock standards

87 / (JY8 /RT/MN S . A . Kerr, R . A . Oliver, P. Vittoz, G. Vivier, F. Hnyler. T.D. Macmahon and N.I. Ward (19671 Elemental concentrations in geochemical reference samples by neutron capture prompt gamma-ray spectroscopy, Journal of Radioanalytical and Nuclear Chemistry, 113: 245-258. B, Sm and Gd in 23 GRS

87/093/RT/SM R. Kerrich, W.S. Fyfe, R.L. Barnett, B.B. Blair and L.M. Willmore (1587) Corundum, Cr-muscovite rocks at O'Briens, Zimbabwe : the conjunction of hydrothermal desilification and LIL- element enrichment-geochemical and isotopic evidence, Contributions to Mineralogy and Petrology, 95: 481-498. 1 8 0 in NBS 28

67/100/RT/SM R.W. King and R. Kerrich (1987) Fluorapatite fenitization and gold enrichment in sheeted trondhjemites within the Destor-Porcupine fault zone, Taylor Township, Ontario, Canadian Journal of Earth Sciences, 24: 479-502. 1 8 0 in NBS-26.

87/101/RM/ME E. Kiss (1987) Integrated scheme for microdetermination of iron oxidation states in silicates and refractory minerals, Analytica Chimica Acta, 193: 51-60 FeO and Fez03 in BCR-1, FeO in BHVO-1, DTS-1

67/ 102/RM/CK E. Kiss (1987) Micro-fusion and spectrophotometric determination of iron ( 1 1 ) and iron (111) in chrome spinels and other refractories, Analytica Chimica Acta, 193: 315-323. FeO in BHVO-1 and BCS-308.

87/103/RT/MN K. Kobayashi, T. Shigematsu (1987) Trace determination of iron, cobalt, nickel, and copper in zirconium fluoride by substoichiometric radio- activation analysis, Journal of Radioanalytical and Nuclear Chemistry, 113: 333-341. Fe, Co in NBS 615 and 617.

87/104/RT/AA M. Koide, V. Hodge, J.S. Yang, and E.D. Goldberg (1987) Determination of rhenium in marine waters and sediments by graphite furnace atomic absorption spectrometry, Analytical Chemistry, 59: 1802-1805. Re in G-2

87/105/RT/MN R.L. Korotev (1987) National Bureau of standards coal fly ash (SRM 1633a) as a multielement standard f3r instrumental neutron activation analysis, Journal of Radioanalytical and Nuclear Chemistry, Articles, 110. 159-177. Data for 1633a, BIR-1, DNC-1, W-2, BCR-1, DTS-1, PCC-1, ANG, NBS 278 and 688.

87/106/RT/MN R.L. Korotev (1987) Chemical homogeneity of National Bureau of Standards coal fly ash (SRM 1633a), Journal of Radioanalytical and Nuclear Chemistry, Articles, 110: 179-189. Data for 1633a and GSP-1

87 /10 7 /RT/SP K. Kosasa and S. Nakajima (1987) Determination of manganese and chromium in coal by atomic emission excited in a shock tube, Spectrochimica Acta, 42B: 501-503. Mn and Cr in NBS 1632

87/108/RT/CK H. Koshima and H. Onishi (1987) Photometric determination of gallium in silicate rocks after separation by crown ether extraction, The Analyst, 112: 335-336. Ga in 20 geostandards

87/109/RM/CK R. Kuroda, Y. Matsuzawa and K. Oguma (1987) Spectrophotometric microanalysis of silicate rocks for manganese after fusion with a lithium carbonate-boric acid mixture, Fresenius'zeitschrift fur Analytische Chemie, 326: 156-157. MnO in 14 USGS standard rocks and in JB-1 and JG-l

87/110 /OT/AA E. Lachowicz (1987) Application of the sulphide Podand 1, 12-di-2-thienyl- 2,5,8,11-tetrathiadodecane to the determination of silver in ores by solvent extraction-atomic absorption spectrometry, The Analyst, 112: 1623-1625. Ag in RUS-1 and MrA (copper ore)

87/111/RT/SP L.H.J. Lajunen, A. Kurikka and E. Ojaniemi (1967) Determination of boron in geological samples by direct current plasma atomic emission spectrometry, Atomic Spectroscopy, 8 : 142-144. B in SY-3, GXR-6 and BSC-396

87/112/RT/MN J.C. Laul and E.A. Lepel (1987) Rare earth element in biotite, muscovite and tourmaline minerals, Journal of Radioanalytical and Nuclear Chemistry, Articles, 112: 461-471. Data for BCR-1

87/113/hT/MN J.C. Laul, O.D. Rode, S.B. Simon and J.J. Papike (1987) The lunar regolith : chemistry and petrology of Luna 24 grain size fractions, Geochimica et Cosmochimica Acta, 51: 661-673. Data for BCR-1 and BHVO-1

87/114/RM/CG P.J. Lechler and M.O. Desilets (1987) A review of the use of loss on ignition as a measurement of total volatiles in whole-rock analysis, Chemical Geology, 63: 341-344. L.O.I. in RGM-1, AGV-1, BCR-1

87/115/RT/SP F.E. Lichte, A.L. Meier and J.G. Crock (1987) Determination of the rare-earth elements in geological materials by inductively coupled plasma mass spectrometry, Analytical Chemistry, 59: 1150-1157. 14 REE in BCR-1, SO-2, GSP-1, NBS-1632a

399

87/116/RT/SM P.C. Lightfood, C.J. Hawkesworth and S.F Sethna (1987) Petrogenesis of rhyolites and trachytes from the Deccan Trap: Sr, Nd and Pb isotope and trace evidence, Contributions to Mineralogy and Petrology, 95: 44-54. 14aNd/l44Nd in BCR-1

87/117/RT/MN Linshan Song, T.D. MacMahon and N . I . Ward (1987) Determination of 34 elements in Chinese geochemical standard reference materials by instrumental neutron activation analysis, Journal of Radioanalytical and Nuclear Chemistry, 113: 285-298. Data for GSD-1, GSD-ti, SOIL-5, GSD-9 to 12, GSS-1 to 8, GSR-1 to 6

87/118/RT/SP H.P. Longerich, B.J. Fryer, D.F. Strong and C.J. Kantipuly (1987) Effects of operating conditions on the determination of the rare earth elements by inductively coupled plasma- mass spectrometry, Spectrochimica Acta, 42B: 75-92. Data for BCR-1, SY-2, MUN-1

87/119/RT/SP A. Lorber, A . Harel, Z. Goldbart and J.B. Brenner (1987) Curve resolution and figures of merit estimation for determination of trace elements in geological materials by inductively coupled plasma atomic emission spectrometry, Analytical Chemistry, 59: 1260-1266. Be and Co in geosrandards

87/120/RT/SM M.T. McCulloch, J.Y. Bradshaw and 5.R. Taylor (1987) Sm-Nd and Rb-Sr isotopic and geochemical systematics in Phanerozoic granulites from Fiordland, Southwest New Zealand, Contributions to Mineralogy and Petrology, 97: 183-195 14aNd/144Nd in BCR-1

8 7/12 1 /RT/SM W.D. McDonough and M.T. McCulloch (1987) The southeast Australian lithospheric mantle: isotopic and geochemical constraints on its growth and evolution. Earth and Planetary Science Letters, 8 6 : 327- 340. 14aNd/l44Nd in BCR-1 and BHVO-1; 87Sr/eeSr in ECR-1

87/122/RT/SP J.W. Mc Laren, D. Beauchemin and S.S. Berman (1987) Application of isotope dilution inductively coupled plasma mass spectrometry to the analysis of marine sediments, Analytical Chemistry, 59: 610-613. Data for MESS-1 and BCSS-1

87/123/RT/SM N.D. MacRae and N.R. Russel (1987) Quantitative REE SIMS analyses of komatiite pyroxenes, Munro Township, Ontario, Canada, Chemical Geology, 84: 307-317. REE in MRG-1

87/124/RT/MN M. Hadaro and A . Moauro (1987) Trace element determination in rocks and sediments by neutron activation analysis, Journal of Radioanalytical and Nuclear Chemistry, Articles, 114: 337-343. Traces in G-2, GSP-1 and BHVO-1

87/125/RT/FX W. Maenhaut (1987) Particle-induced X-ray emission spectrometry : an accurate technique in the analysis of biological, environmental and geological samples, Analytica Chimica Acta, 195: 125-140. Data for BCR 38 (fly ash)

87/126/RT/MN M. Maggetti, G. Galetti and H.G. Stosch (1987) Eclogites from the Silvretta nappe (Switzerland) : geochemical constraints on the nature and geotectonic setting of their protoliths, Chemical Geology, 64: 319- 334. Data for BCR-1

87/127/OM/AA R.K. Malhotra, K. Satyanarayana, G. Srinivasan and

D.S.R. Murty (1987) Flame atomic absorption spectrophotometric determination of niobium and tantalum in niobate-tantalate samples, Atomic Spectroscopy, 8: 164-168. Nb and Ta in IGS 33 and IGS 34

87/128/RT/SG R . K . Marcus and W.W. Harrison (1987) Analysis of geological samples by hollow cathode plume atomic emission spectrometry, Analytical Chemistry, 59: 2369-2373. A l , Si, Fe, Na, Mg and Cr in NBS 98 and 97a

87/129/RT/SP I.S. Markova and A. Petrakiev (1987) Untersuchungen zur gleichzeitigen Bestimmung von Molyb- dan und Wolfram in Proben mit schwierigen Matrices mit induktiv gekoppeltem Plasma, Fresenius Zeitschrift fur Analytische Chemie, 3 2 8 : 339-241. Mo and W in standard materials (GnA)

87/130/ST/MN K. Masumoto and M. Yagi (1987) Instrumental photon activation analysis of soil samples using the internal standard method coupled with the standard addition method, Journal of Radioanalytical and Nuclear Chemistry, Articles, 116: 375-388. Concentration of 15 elements in SOIL-5, SOIL-7

87/131/RT/SM J K . Meen (1987) Formation of shoshonites from calcalkaline basalt magmas : geochemical and experimental constraints from the type locality, Contributions to Mineralogy and Petrology, 87: 333-351 87Sr/asSr, lraNd/i4dNd in BCR-1

87/132/RT/MN G. Meyer (1987) Multiparameter coincidence spectrometry applied to the instrumental activation analysis of rocks and minerals, Journal of Radioanalytical and Nuclear Chemistry. Articles, 114: 223-230. Sn in 8 geochemical standards; Ir in PCC-1 and DTS-1

8 7 / 133 /RT/MN H.T. Millard, Jr (1987) Neutron activation determination of iridium, gold, platinum, and silver in geologic samples, Journal of Radioanalytical and Nuclear Chemistry, Articles, 113: 125-132. Ir, Au, Ag in PCC-1

87/134/RT/MN G.E. Miller (1987) Neutron activation analysis of core and drill cutting samples from geothermal well drilling, Journal of Radioanalytical and Nuclear Chemistry, Articles, 114: 351-358. Values for BCR-1, GSP-1, 1633.

87/135/RT/MN D.L. Moir and A. Chatt (1987) Characterization of simulated vitrified highly active waste and its leachates by neutron activation, Journal of Radioanalytical and Nuclear Chemistry, Articles, 116: 359-400. Data for MESS-1

87/136/RT/MN W.M. Mok and C.M. Wai (1987) Simultaneous extraction of trivalent and pentavalent antimony and arsenic species in natural waters for neutron activation analysis, Analytical Chemistry, 59: 233-236. As and Sb in NBS 1633a

87/137/RT/llA R.A. Mortlock and P.N. Froelich (1987) Continental weathering of germanium : Ge/Si in the global river discharge, Geochimica et Cosmochimica Acta, 51: 2075-2082. Ge in 9 USGS rock standards

87/138/OT/MN A.S. Murray, R. Marten, A. Johnston, P. Martin (1987) Analysis for naturally occuring radionuclides at

400

environmental concentrations by gamma spectrometry, Journal of Radioanalytical and Nuclear Chemistry, Articles, 115: 263-288. 2 3 8 U , 230Th, ZZsRa, ZlOPb, ZZSRa, z2aTh in NBL7A and NBL 42-1.

87/139/RT/AA D.S.R. Murty and B.N. Tikoo (1987) A novel method for eliminating matrix interferences in the determination of strontium by flame atomic absorption spectrometry, Atomic Spectroscopy, 8 : 79-80. Sr in AGV-1, BCR-1, GSP-1, MRG-1, SY-2, SY-3

87/140/RT/SM

J.D. Myers and B.D. Marsh (1987) Aleutian lead isotopic data : additional evidence for the evolution of lithospheric plumbing systems, Geochimica et Cosmochimica Acta, 51: 1833-1842. Pb, zosPb/zo4Pb, zo7Pb/204Pb and zOSPb/z04Pb in BCR-1

87/141/RT/SP T. Nakahara, K. Nakanishi and T. Wasa (1987) Determination of trace concentrations of bismuth by inductively coupled plasma-atomic emission spectrometry with hydride generation, Spectrochimica Acta, 42R, 119- 128. Bi in NBS97a, 98a, 1633a; BCS 176/2, 101-1; JSS 800-3.

87/142/RT/CK V.A. Nazarenko, V.P. Antonovich and N.A. Veschikova (1987) Photometric determination of tungsten in rocks with trihydroxyfluorones, Talanta, 34: 215-218. W in 10 standard geological samples (Institute of Geochemistry Siberia) and SG-1A (granite)

87/143/RT/MN K . L . Nelson (1987) Geochemical evaluation of diagenetic processes in a deep water carbonate, Chemical Geology, 64: 239-258. Data for RGM-1, SCo-1 and MAG-1.

87/144/RT/MN B.E. Nesbitt, R.M. St Louis and K. Muehlenbachs (1987) Distribution of gold in altered basalts of DSDP hole 504B. Canadian Journal of Earth Sciences, 24: 201-209. Au in BHVO-1, BCR-1

87/145/RT/MN H.K. Nielsen and J.O. Schmidt (1987) Instrumental neutron activation analysis technique using subsecond radionuclides, Journal of Radioanal- ytical and Nuclear Chemistry, Articles, 114: 237-241. B in NBS 1635 and BCR phosphate rock

87/146/RT/SM D.I. Norman, KC. Condie, R.W. Smith, and W.F. Thomann (1987) Geochemical and Sr and Nd isotopic constraints on the origin of late Proterozoic volcanics and associated tin-bearing granites from the Franklin Mountains, West Texas, Canadian Journal of Earth Sciences, 24: 830-839. 147Sm/l44Nd, 14aNd/l44Nd, 14sNd/144Nd in BCR-1

87/147/OM/MN C. Olivier, B.S. De Wet and H.J. Morland (1987) The determination of chromium by lithium spiking and proton irradiation, Radiochimica Acta, 42: 143-149. Cr in Chrome ore 1 and BCS 308.

87/148/RT/SM J.S. Ongley, A.R. Basu and T.K. Kyser (1987) Oxygen isotopes in coexisting garnets, clinopyroxenes and phlogopites of Roberts Victor eclogites : implications for petrogenesis and mantle metasomatism, Earth and Planetary Science Letters, 83: 80-84. 180 in NBS 28

87/149/RT/SM J.L. Paquette, P. Bale, M. Ballbvre and Y. Georget (1987) Geochronologie et geochimie des eclogites du Leon: nouvelles contraintes sur l’evolution geodynamique au Nord-Ouest du Massif Armoricain, Bulletin de MinBral- ogie, 110: 683-696. 6 REE, Th, Ta and Hf in BEN

87/150/OT/MN S.J. Parry (1987) Cumulative neutron activation of short-lived radionuclides for the analysis of large samples in mineral exploration, Journal of Radioanalytical and Nuclear Chemistry, Articles, 112: 383-386. Au in MA-1, MA-2, PTM-1, PTC-1 and SARM-7

87/151/RT/FX J. Pascual (1987) Determination of several trace elements in silicate rocks by an XRF method with background and matrix corrections, Talanta, 34: 1027-1031. Data for 15 geostandards

87 /152/RT/SM P.J. Patchett and J. Ruiz (1987) Nd isotopic ages of crust formation and metamorphism in the Precambrian of eastern and southern Mexico, Contributions to Mineralogy and Petrology, 96: 523-528. Rb. Sr, 87Rb/BGSr, a7Sr/asSr in NBS-607.

87/153/RT/SM R . Petrini, L. Civetta, E.M. Piccirillo, G. Bellieni, P. Comin-Chiaramonti, L.S. Marques and A.J. Melfi (1987) Mantle heterogeneity and crustal contamination in the genesis of low -Ti continental flsod basalts from the Parana Plateau (Brazil): Sr-Nd isotope and geochemical evidence, Journal of Petrology, 28: 701-726. 143Nd/l44Nd in BCR-1

87/154/RT/FX P.J. Potts, D.W. Wright, J.S. Watson and P.C. Webb (1987) Calculation of calibration line parameters from reference material data in the analysis of silicate rocks : Theil’s incomplete method compared with lead- squares regression, Chemical geolog y , 63: 345-354. Data for ANG, AGV-1, SY-2

87/155/RT/MN J.E. Riley, R.M. Lindstrom (1987) Determination of boron in borosilicates glasses by neutron capture prompt gamma-ray activation analysis, Journal of Radioanalytical and Nuclear Chemistry, Articles, 109: 109-115. B in NBS 93a

87/156/RT/TT B. Ripley and M. Thompson (1987) Regression techniques for the detection of analytical bias, The Analyst, 112: 377-383. Be in 3 8 GRS (ICP and AAS)

87/157/RT/SP I. Roelandts (1987) Determination of nine rare eath elements in eight USGS reference samples and in the ANRT glauconite, GL-0, by sequential inductively coupled argon plasma spectrometry, Geostandards Newsletter, 11: 49-74. 9 REE in 9 GRS and updated compilations

87/158/RT/MN I. Roelandts, G. Robaye, P. Aloupogiannis, G. Weber and J.M. Delbrouck-Habaru (1987) The determination of fluorine by proton induced gamma ray emission spectrometry (PIGE) in eighteen Chinese standard reference samples of stream sediments, soils and rocks : GSD 9-12, GSS 1-8 and GSR 1-6, Geostandards Newsletter, 11: 79-80 F in 18 Chinese GRS

87/159/RT/MN I. Roelandts. G. Robaye, G. Weber, J . M . Delbrouck, and J.C. Duchesne (1987) Determination of fluorine by proton-induced gamma-ray emission (PIGE) spectrometry in igneous and metamorphic charnockitic rocks from Rogaland (SW Norway), Journal of Radioanalytical and Nuclear Chemistry, Articles,

F in GSP-1

8 7 /160 /RT/MN I. Roelandts and C.L.V. Monty (1987) Rare-earth elements in recent calcareous benthic organisms, Journal of Radioanalytical and Nuclear

112: 453-460.

401

Chemistry, Articles, 112: 531-543 Data for G-2 and AGV-1

87/161/RT/FX P.S.Z. Rogers, C.J. Duffy and T.M. Benjamin (1987) Accuracy of standardless nuclear microprobe trace element analyses, Nuclear Instruments and Methods in Physics Research, B22 : 133-137. Data for NBS 615 (5OOpg/g) glass

87/162/RT/MN M. Rossbach and M. Stoeppler (1987) Use of CRM’s as mutual calibrating materials and control of synthetic multielement standards as used in INAA, Journal of Radioanalytical and Nuclear Chemistry, Articles, 113: 217-223. Cr, Sb, Rb, Zn, Sc and CO in NBS 1832, 1832a.

87 /16 3 /RT/MN D.E. Ryan, A. chatt and J. Holzbecher (1987) Analysis for trace elements with a slowpoke reactor, Analytica chimica Acta, 200:89-100. Trace elements in MESS-1, NBS 1648.

87/184/RT/TT J.G. Ryan and C.H. Langmuir (1987) The systematics of lithium abundances in young volcanic rocks, Geochimica et Cosmochimica Acta, 51: 1727-1741. Li in BHVO-1, BCR-1, DTS-1, PCC-1, NBS 888, RGM-1.

87/165/RM/IS M. Sager (1987) Rapid determination of fluorine in solid-samples, Monatshefte fur Chemie, 118: 25-29. F in SY-2, SY-3, GSP-I; GnA, GSDZ, 3. 4. 8: SO-3: NBS 89b, 120b, 1632a, 1635.

87 /166/MM/CK F. Salinas, J.C. Jimenez-Sanchez and M.M. Lozano-Ruiz (1987) Spectrophotometric determination of iron with oximino- cyclohexane thiosemicarbazone, Bulletin des Societcls chimiques belges, 96: 73-74. Fen03 in BCR-CRM 389.

87/167/MM/CK F. Salinas, M.C. Mahedero and J.P. Garcia Martin (1987) The 2-benzylideniminobenzohydroxamic acid as Fe(II1)- reagent. Spectrophotometric determination of Fe (III), Bulletin des Soci6tds chimiques belges, 96: 75-76. Fe in BAS 372, 389

87/168/OT/CK F. Salinas, J.J. Berzas Nevado and P. Valiente (1987) Kinetic spectrophotometric determination of nanogram levels of manganese by use of the aalicylaldehyde guanylhydrazone-hydrogen peroxide system, Talanta, 34: 321-324. Mn in BCS-372, 381, 301/1 and BAS-426.

87/169/RT/AA R.F. Sanzolone and T.T; Chao (1987) Determination of selenium in thirty-two geochemical reference materials by continuous flow hydride generation atomic absorption spectrophotometry, Geostandards Newsletter, 11: 81-85. Se in 32 GRS

87 /17O/RT/FX H.P. Schafer and J.U. Meduna (1987) Routinsmassige Fluorbestimmung mit Hilfe der Rontgen- fluorescenzanalyse, Fresenius Zeitschrift fur Analy- tische Chemie, 326: 558-559. F in MAN and GnA

67/171/RT/AA G. Schlemmer and B. Welz (1987) Determination of heavy metals in environmental reference materials using solid sampling graphite furnace AAS, Fressnius Zeitschrift fur Analytische Chemie, 328: 405-459. Cd and Ni in NBS 1632 a,b; 1648; 1633a; BCR-38.

87/172/RM/FX H. Schorin and 0. Carias (1987) Analysis of natural and beneficiated ferruginous

bauxites by both X-ray diffraction and X-ray fluorescence, Chemical Geology, 60: 199-204. A l a O a and Fe2Oa in NBS 698 and BCS 395

87/173/RT/TT P. Schramel, G. Lill and R. Seif (1987) HF-Totalaufschluss im geschlossenen en System fur Element- und Spurenelementbestimmungen in Boden, Klar- schlamm, Sedimenten u.a. Proben, Fresenius’Zeit.chrift fur Analytische Chemie, 326: 135-138. Al, Cd, Cr, Cu, Fe, Mn, Ni, Pb, Ti, Zn in BCR 141 to 146, BCR 176 and NBS 1645

07/174/RT/MN K. Sekine, T. Imai and A. Kasai (1987) Liquid-liquid extraction separation and sequantial determination of plutonium and americium in environmental samples by alpha-spectrometry, Talanta, 34: 567- 570. Pu and Am in 5 reference materials

6 7 /I 7 5/MN/TT J.G. Sen Clupta (1987) Analysis of the CCRMP Oka-2 rare-earth reference mineral of the britholite-apatite series by electrothermal atomic-absorption and inductively-coupled plasma atomic emission spectrometry, Talanta, 34: 1043- 1047. Th, Y, REE and common elements in Oka-2 (CCRMP)

87/176/RT/MN R. Shankar, K.V. Subbarao and G.R. Reddy (1987) Distribution and origin of uranium in surficial sediments from the Arabian Sea, Chemical Geology, 63: 217-223. U in G-2, GSP-1, AGV-1 and BCR-1.

E7/177/RT/SP Shan Xiao-Quan, Wang Tie-Bang and Ni Zhe-Ming (1987) Simultaneous determination of major, minor and trace elements in airborne particulates by inductively coupled plasma-atomic emission spectroscopy, Fresenius Zeitschrift fur Analytische Chemie, 326: 419-424. Data for NBS 1648.

87/178/OT/MN I. Shazall, L. Van’t Dack and R. Gijbela (1887) Determination of precious metals in ores and rocks.by thermal neutron activation/ spectrometry after preconcentration by nickel sulpkide fire aasay and coprecipitation with tellurium, Analvtics Chimica Acta,

87/179/RT/MN D.N. Shirley (1987) Differentiation and compaction in the Palisades Sill, New Jersey, Journal of Petrology, 28: 835-865. Data for BCR-1 and BHVO-1

87/180/RT/MN M. Singh and A.D.Sawant (1987) Neutron activation and radiochemical separation of selenium from environmental and food samples from and around Bombay using ethyl - d isonitrosoacetoacetate, Journal of Radioanalytical and Nuclear Chemistry, Articles, 114: 83-88. Se in W-1

87/181/RT/MN A.D. Smith (1987) Rare earth element determination in silicate rocks using neutron activaiton analysis and mass spectroms- try, Journal of Radioanalytical and Nuclear Chemistry, Articles, 110: 207-213. 13 REE in W1, BCR-1, SDC-1, RGM-1

87/182/RT/MN O.P. Sobornov and T.M. Zolotukhina (1987) Radioelement contents in the magmatite composition standards in the unified system of state standard specimens, Geochemistry International, 24 (4): 128-131. K, 0, Th in MK-1 to 4, MA-1 to 4, MO-1 to 6 , MU-1 to 4, AGV-1, GSP-1, G-2, SY-2, SY-3, G1-S, SO-1A.

87/183/RT/MN O.P. Sobornov and T.H. Zolotukhina (1987) Radioelements in standard samples pertaining to

402

magmatic rocks included in the single system of the USSR state standard samples (according to gamma- spectrometric data), Geostandards Newsletter, 11: 123- 126. K, Th, in 18 GRS; U in 25 GRS

87 /184/ST/SP Spectro France (1987) Un systeme multi-optiques pour le spectrometre de Spectro, Analusis, 15: XLV-XLVIII Data for BCR soils

87/185/OM/TT G. Staats (1987) Production of reference material. Determination of iron and silicon in certified reference iron ore samples by X-ray fluorescence (XRF) with high accuracy, Fresenius Zeitschrift fur Analytische Chemie, 327: 884-6389. Si02, Fe in iron ore samples

87 /186/OT /AA T. Stafilov and T. Todorovski (1987) Determination of gold in arsenic antimony ore by flameless atomic absorption spectrometry, Atomic Spec- troscopy, 8 : 12-14. Au in UM-1 and SU-la

07/187/RT/SM U. Stahlberg and G. Ehrlich (1987) Comparison of two universal techniques of spark source mass spectrography for the analysis of powdered materials, Spectrochirnica Acta, 42B. 599-606. Data for GM

87/188/RT/SM P. Stille and M. Buletti (1987) Nd-Sr isotopic characteristics of the Lugano volcanic rocks and constraints on the continental crust formation in the South Alpine domain (N-Italy- Switzerland), Contributions to Mineralogy and Petro-

I'aNd/tr'Nd in BCR-1

87/189/RT/MN R.M. St Louis (1587) Gold in BHVO, BIR-1, DNC-1 and BCR-1 by fire-assay preconcentration neutron activation analysis : sample size vs. accuracy, Geostandards Newsletter, '1: 151- 157. Au in BHVO-1, BIR-1, DNC-1 and BCR-1.

87 / lSO/RT/FX A.L. Stork, D.K. Smith and J.B. Gill( 1987) Evaluation of geochemical reference standards by X-ray fluorescence analysis, Geostandards Newsletter, 11:

25 elements in 26 GRS

87/ 19 1 /RT/MN K. Strijckmans and C. Vandecasteele (1987) Activation analysis with charged particles, Analytica Chimica Acta, 195: 141-152. Sr, Cd, Pb, T1 in NBS 1848, 1633a

87/192/RT/AA R.E. Sturgeon, S . N. Willie and S.S. Berman (1987) Atomic absorption determination of tin using in situ concentration of stannane in a graphite furnace, Analytical Chemistry, 59: 2441-2444. Sn in MESS-1, BCSS-1.

87/153/RT/SM B.D. Taras and S.R. Hart (1987) Geochemical evolution of the New England Seamount chain : isotopic and trace-element constraints, Chemical Geology, 64: 35-54. 1 4 a Nd/l4 4 Nd in BCR- 1

87/194/RT/MN E. Taskaev, I.Penev, H. Schelhorn and M. Geisler (1987) Radiochemical determination of gold in rocks, Geostan- dards Newsletter 11: 103-106. Au in 11 GRS

87/195/RT/TT S. Terashima and A. Ando (1987) Elemental concentration in nine new Japanese rock reference samples, Geostandards Newsletter, 11: 75-77.

logy, 96: 140-150.

107-113.

28 major, minor and trace elements in JA-2, JA-3, JB- la, JG-la, JG- 2, JG-3, JF-1, JF-2 and JP-1.

87/196/ST/AA M. van Son and H. Nuntau (1987) Determination by direct Zeeman-AAS of cadmium, lead and copper in water-borne suspended matter collected on filters, Fresenius Zeitschrift fur Analytische Chemie, 328: 390-392. Cd, Pb and Cu in BCR 142 (Sandy Soil)

87/197/RT/MN M.E. Vargas, J.D. Batchelor and E.A. Schweikert (1987) Trace determination of lead by helium-4 activation analysis, Journal of Radioanalytical and Nuclear Chemistry, 119: 81-86 Pb in NBS 610, 612, 614, 616

87/158/RT/AA M. Vernet. L. Marin, S. Boulmier and J. Lhomme (1987) MIthode rapide de dosage du beryllium et de 1'6tain total a l'etat de traces dans les matbriaux gbologiques par spactromdtrie d'absorption atomique en flamme, Analusis, 15: 87-94. Be in 29 GRS, Sn in 30 GRS F in Mica Fe, Mica-Mg and MA-N

87/199/RT/TT M. Vernet, L. Marin, S. Boulmier, J. Lhomme and J.C. Demange (1987) Dosage du fluor et du chlore dans les matIriaux geologiques y compris les Bchantillons hyperalumineux, Analusis, 15: 490-498. F and C1 in 25 GRS

87 /20 0 /RT/AA A.H. Victor (1987) Accurate determination of nickel in South African primary and secondary geochemical reference materials by cation exchange chromatography and atomic absorption spectrometry, Geostandards Newsletter, 11: 187-192. Ni in 20 GRS

87/20l/RT/MN I ,

P.'Vittoz, R.A. Oliver, G. Vivier, S.A. Kerr and F. Hovler (1987) Determination of B, Sm, and Gd in twenty-three geological reference materials by neutron-capture prompt gamma-ray activation analysis (PGAA), Geo- standards Newsletter, 11: 43-47. B, Sm, Gd in 11 USGS and 12 French GRS

87/202/RT/SM R D.Vocke, G.N. Hanson and M. Grunenfelder (1987) Rare earth element mobility in the Roffna gneiss, Switzerland, Contributions to Mineralogy and Petrology, 95. 145-154 9 REE in BCR-1

87/203/RT/FX A. von Bohlen, R. Eller, R. Klockenkamper and G. Tolg (1987) Microanalysis of solid samples by total reflection X- ray fluorescence spectrometry, Analytical Chemistry, 59: 2551-2555. Data f o r IAEA-SL1, NBS 1633a

87 /204/RT/MN N.I. Ward (1987) The determination of boron in biological materials by neutron irradiation and prompt gamma-ray spectrometry, Journal of Radioanalytical and Nuclear Chemistry, 110: 633-639. B in SOIL-5, NBS 1632, 1833.

8 7 /2 0 5 /RT/MN N.I. Ward, S.A. Kerr and T. Otsuka (1987) Multielement content of coal by neutron activation analysis techniques, Journal of Radioanalytical and Nuclear Chemistry, Articles, 114: 113-123. Data for NBS 1635.

87/208/RT/SP A.E. Watson (1987) The installation and commissioning of a Hilger monospek D500 scanning monochromator, MINTEK Report M328 V in SARM9, REE in Mintek reference samples

403

87/207/RT/MN G. Wauters, C. Vandecasteele and J. Hoste (1987 The determination of lead in environmental and geological materials by proton activation analysis, Journal of Radioanalytical and Nuclear Chemistry, Articles. 110: 477-490. Pb in BCR-CRM 176, 142; NBS-SRM 1633a, 688, 1632a; USGS-DTS-1. PCC-1.

8 7 /208 /RT/MN G. Wauters, C. Vandecasteele. K. Strijckmans and J. Hoste (1987) Determination of cadmium, thallium and lead in environmental samples by proton activation analysis, Journal of Radioanalytical and Nuclear Chemistry, Articles, 112: 23-31. Cd, T1 and Pb NBS 1633a and BCR-CRM 176

87/209/RT/MN Wei-Zhi Tian (1987) Use of ko concept to corrections for interferences from fissionable nuclides in reactor NAA, Journal of Radioanalytical and Nuclear Chemistry, Articles, 111: 449-468. Zr, Mo, Ba, Sm and Lu in NBS 1633a

87/210/RT/SM J. Wen, K. Bell and J. Blenkinsop (1987) Nd and Sr isotope systematics of the Oka complex, Quebec, and their bearing on the evolution of the sub- continental upper mantle, Contributions to Mineralogy and Petrology, 97: 433-437. Sm, Nd and 143Nd/l44Nd in BCR-1

87/211/RT/SM S.M. Wickham and H.P. Taylor (1987) Stable isotope constraints on the origin and depth of penetration of hydrothermal fluids associated with Hercynian regional metamorphism and crustal anatexis in the Pyrenees, Contributions to Mineralogy and Petro- logy, 95: 255-268. 1 8 0 in NBS28

87/212/RT/MN T.G. Williamson, P.E. Benneche, B. Hosticka, J.S. Brenizer, T.L. Nguyen (1987) Characterization of an epithermal irradiation facility, Journal of Radioanalytical and Nuclear Chemistry, Articles, 114: 387-392. Th, Ni in NBS 4350b, 1632a, 4353; Zr in NBS 76a, 77a, 78a

87/213/MT/SM M.R. Wilson, T.K. Kyser, H.H. Mehnert and J. Hoeve (1987) Changes in the H-0-Ar isotope composition of clays during retrograde alteration, Geochimica et Cosmo- chimica Acta, 51: 869-878. 1 8 0 in NBS 28

87/214/RT/SM G.W. Wormer, R.S. Harmon and J. Hoefs (1987) Stable isotope relations in an open magma system, Laacher See, Eifel (FRG), Contributions to Mineralogy and Petrology, 95: 343-349. l a 0 in 28 and 30

87/215/RT/MN Z.L. Xue, B.R. Bao and Y.D. Chen (1987) Determination of lead in biological and environmental samples by 203 Pb isotope dilution substoichiometric method, Journal of Radioanalytical and Nuclear Chemis- try, Letters, 119: 513-519. Pb in NIES-2

67/216/RT/MN M. Yagi, and K. Masumoto (1987) Instrumental photon activation analysis of environmental materials using the internal method , Journal of Radioanalytical and Nuclear Chemistry, Articles, 109: 237-246. 15 elements in NRCC MESS-1 and BCSS-1

87/217/RT/SP B.A. Zarcinas and B. Cartwright (1987) Acid dissolution of soils and rocks for the determination of boron by inductively coupled plasma atomic

emission spectrometry, The Analyst, 112: 1107-1112 B in NBS 1633a, 278, 688, 91 and SY-2

b. New compilations of "recommended" values (218-233) 87/218/GG/TT A. Ando, N. Mita and S. Terashima (1987) 1986 values for fifteen GSJ rock reference samples "igneous rock series", Geostandards Newsletter, 11: 159-166. Consensus values for 17 GRS

87/219/GG/TT R. Bojanowski, S. Ballestra, D. Vas (1987) Experience gained though intercomparison of long-lived radionuclide measurements on marine environmental matrices, Journal of Radioanalytical and Nuclear Chemistry, Articles, 115: 175-189. Reference values for 6 radionuclides in SD-N - 1/1, SD- N -2 (sediments)

87/220/GG/TT E.S. Gladney, B.T. O'Malley, I. Roelandts and T.E. Gills (1987) Standard Reference materials: compilation of elemental concentration data for NBS clinical, biological, geological, and environmental standard reference materials NBS Special Publication, 260-111 Consensus values for 166 NBS standard reference materials

87 /22 l/GG/TT E.S. Gladney and I. Roelandts (1987) Compilation of boron concentration data for NBS, USGS and CCRMP reference materials, Geostandards Newsletter, 11: 167-185. 9 in 69 reference materials

87/222/GG/TT K. Govindaraju (1987) 1987 compilation report on Ailsa Craig granite AC-E with the participation of 128 GIT-IWG laboratories, Geostandards Newsletter, 11: 203-255. Compiled data and recommended values

87/223/GG/TT B. Griepink (1987) Recent certification of reference materials by the Community Bureau of Reference for in particular, environmental analysis, Journal of Radioanalytical and Nuclear Chemistry, Articles, 114: 39-44.

87/224/GG/TT B. Griepink and H. Muntau (1987) The certification of the contents of Cd, Co, Cu, Fe, Hg, Ni, Pb, Zn, Se, T1, and Cr in a city waste incineration ash, Fresenius Zeitschrift fur Analytische Chemu, 326: 414-418. Preparation, homogeneity, stability tests in BCR RM 176.

87/225/GG/TT J.W. Hosterman and F.J. Flanagan (1987) USGS reference samples attapulgite ATT-1 and bentonite CSB-1, Geostandards Newsletter, 11: 1-9. Provisional values for ATT-1 and CBS-1

87/226/RT/MN K.G.W. Inn (1987) The National Bureau of Standards fresh water lake sediment environmental-level radioactivity standard reference materials, Journal of Radioanalytical and Nuclear Chemistry, Articles, 115: 91-112. Certified radionuclides concentrations in NBS 4354 and data on 65 stable elements

87/227/GG/TT E. Jarosewich, R. Gooley and J. Husler (1987) Chromium augite - A new microprobe reference sample, Geostandards Newsletter, 11: 197-198. Chemical composition of chromium augite

87/228/GG/TT V. Kocman and L.M. Foley (1987) Certification of four North-American gypsum rock

404

samples type : calcium sulfate dihydrate, CaSO4, 2 HzO, GYP-A, GYP-B, GYP-C and GYP-D, Geostandards Newsletter,

Preparation and certification of 4 gypsum rock samples

87/229/GG/TT H.B. Lee, G. Dookhran and A.S.Y. Chau (1987) Analytical reference materials. Part VI. Development and certification of a sediment reference material for selected polynuclear aromatic hydrocarbons, The Analyst, 112: 31-35. EC-1 (lake) sediment reference material.

87/230/GG/TT H.B.Lee and A.S.Y. Chau (1987) Analytical reference materials. Part VII. Development and certification of a sediment reference material for total polychlorinated biphenyls, The Analyst, 112: 37- 40. EC-1 sediment reference material

87/231/GG/TT El Lister (1987) The preparation of three base-metal reference materials : lead concentrate, IGS-42 zinc concentrate, IGS-43 and copper mate, IGS-44, Geostandards Newsletter, 11: 11- 34 Accepted values f o r IGS-42 to 44

87/292/GG/TT D.S. Popplewell and G.J. Ham (1987) An interpretation exercice on the determination of neptunium-237 in an environmental material, Journal of Radioanalytical and Nuclear Chemistry, Articles, 115: 191-202. 237Np in a sea-born sediment (AIWG)

87/233/GG/TT E.J. Ring (1987) The preparation and certification of a reference material of south African andalusite, Mintek Report, No M334 Preparation, analysis and certification of SARM 34.

11: 87-102.

c. General aspects of reference samples (234- 241) 87 /234/GG/TT Analytical method committee (1987) Recommendations for the definition, estimation and use of the detection limit. The Analyst, 112: 199-204. Detection limit. an invaluable characteristic of an analytical system

87/235/GG/TT U.A. Becker Primary standards in activation analysis, Journal of Radioanalytical and Nuclear Chemistry, Articles, 113: 5-18 Terminology

87/236/GG/TT E.S. Gladney and I. Roelandts (1987) Distribution of NBS, USGS and CCRMP reference material data in the literature (1951-1985), Geostandards Newsletter, 11: 133-142. Historical evolution of elemental measurements in GRS

87/237/GG/TT H. Hughes, and P.W. Hurley (1987) Precision and accuracy of test methods and the concept of k-factors in chemical analysis, The Analyst, 112: 1445-1449 Standard test methods (interlaboratory analysis)

87/238/GG/TT F.E. Lichte, J.L. Seeley, L.L.Jackson, D.M. McKown and J.E. Taggart (1987) Geological and inorganic materials, Analytical Chemistry, 59: 197R-212B Review from 1984 to 1986.

87/23Y/GG/TT M. Luthardt, E. Than and H. Heckendorff (1987) Nachweis, - Erfassungs - und Bestimmungsgrenze

analytischer Verfahren, Fresenius Zeitschrift fur Analytische Chemie, 326: 331-339. Decision, detection and determination limits

87/240/GG/TT P.J. Potts and J.R. Holbrook (1987) Ailsa Craig - The history of a reference material, Geostandards Newsletter, 11: 257-260. Information on AC-E

87/241/GG/TT I. Roelandts (1987) GeostandaRef Corner : Geochemical reference sample bibliography for 1986, Geostandard Newsletters, 11: 261-278.

Index by elements

-27Ac

2 2 6 A r

AP

A 1

241Am

AS

A u

B

Ba

Be

El

212E1

214Bi

B r

c

13C

c02

Ca

Cd

8 ’? /u 20

87 / : !20

8 C / 2 @ 0 87/065 R7/205

82/180 87/003 87/038 87/076 87/135 87/135 87/226

87/174

82/180 86/210 87/065 87/125 87/195 871’226

86/200 87/074 87/161 87/220

80/175 87/205 87/226

79/163 86/209 87/066 87/113 87/143 67/187 67/222

82/18:! 871195

a6/193 87/218

6 7 / 2 2 0

8 7 / 2 2 0

82 /180 67/087 87/205

87/028

65/186

87/175

60/174 86/208 67/044 87/105 87/163 87/205 87/228

80/175 87/060 87/184 87/222

87/015 87/070 87/216

84/213 87/004 87/044 87/083 87/163 87/203 a71227

87/219

85/184 87/042 87/072 87/130 87/203 87/228

86/201 87/075 87/178 87/228

87/038 87/217

80/174 86/210 87/072 87/117 87/160 87/130 87/225

87/035 87/138

87/042 67/220

85/184 87/105 8‘1 /2 1 a 87/218

87/220

80/175 871’004 87/061 87/113 87/175 87/218 87/231

85/183 87/087 87/191 87/224

87/027 87/087 87/220

85/183 87/012 87/053 88/113 87/172

87/228

87/220

85/185 87/043 87/095 87/135

87/231

87/014 87/086 87/186 87/231

87/111 87/218

a71205

a71205

82/180 87/017 87/091 87/118 87/161 87/205 87/226

87/063 87/218

87/053 87/222

86/205 87/106 871220

87/220

87/222

84/213 87/012 86/066 67/117 87/177 87/220 87/233

86/198 87/122 87/136 87/226

87/033 87/110 87/22?

86/205 87/02.? 87/061 87/117 87/173 87/218 87/233

87/226

66/134 87/044 87/105 87/136 87/216

87/030 a7/087 87/ia3

87/145 87/220

851’184 87/034 87/09? 87/124 87/163 87/209 87/228

a7/065 a7/220

a71087 87/225

a7/044

a71222 87/117

67/228

85/183 87/023 87/072 87/125 87/167 87/22:

87/03] 87/161 87/20:, a7/228

87/042 87/133 87/225

86/207 87/024 87/065 87/125 87/175 87/220

86/195 87/050 67/106 87/154 87/218

87/033 87/133 87/134

87/155 87/221

86/194 87/042 87/095 87/13@ 87/175 a7/216 a71233

87/073 87/222

87/118

87/061 87/125 87/228

85/185 87/024

87/135 87/130 87/225

87/07a

87/042 87/171 87/208 87/231

87/053 87/161 87/231

86/208 87/034 87/070 87/128 87/177 87/222

86/137 87/058 87/117 87/161 87/220

87/038 871’144 87/205

87/201 87/222

86/136 87/044 87/105 87/134 87/177 87/218

87/11Y 87/225

a7/14i

87/065 87/135

86/205 87/034 87/092 87/143 87/135 87/226

87/043 87/173 87/218

87/061 87/178

86/210 67/037 87/072 87/134 87/190 87/225

86/203 87/061 87/118 87/163 87/222

87/040 87/150 87/218

87/204 87/225

86/208 87/061 87/106 87/135 87/173 87/220

87/156 87/226

87/161

87/072 8?,’163

86/207 87/037 87/035 87/161 87/203 87/227

87/053 87/177 87/220

405

Ce

Cl

244Cm

co

60Co

Cr

CS

137Cs

cu

DY

Er

Eu

152Eu

154Eu

155Eu

F

e

55Fe

Ga

Gd

Ge

H

Hz 0

Hf

Hg

Ho

see XEE

80/175 86/205 87/072 87/135 87/222 87/228

87/220

79/169 80/175 86/208 86/209 87/060 87/061 87/113 67/117 87/135 871’143 87/177 87/179 87/222 87/224

87/220 87/226

79/169 82/180 86/196 86/198 87/015 87/017 87/065 87/066 87/106 87/107 87/126 87/128 87/151 87/160 87/184 87/187 87/218 87/220 87/228 87/233

80/174 82/180 87/061 87/065 871’112 87/117 87/135 87/143 67/205 87/216

87/065 87/219

79/169 60/174 86/209 87/010 87/044 87/053 87/161 87/173 87/196 87/203 67/225 87/226

see REE

see REE

see REE

87/220

87/220

87/220

87/048 87/065 87/175 87/198

87/044 87/163

85/163 86/210 87/072 87/119 87/160 87/195 87/225

82/183 86/205 87/037 87/072 87/113 87/130 87/161 87/190 87/222

85/184 87/072 87/118 87/160 87/218

87/220

80/175 87/015 87/066 87/175 87/205 87/231

87/067 87/199

87/055 87/199

85/184 87/015 87/095 87/124 87/161 87/205 87/226

85/183 86/208 87/034 87/089 87/117 87/134 87/162 87/195 87/224

86/194 87/087 87/124 87/161 87/220

87/226

85/183 87/017 87/090 87/177 87/218 87/233

87/158 87/218

87/061 87/205

86/194 87/027 87/103 87/126 87/162 87/216 87/226

85/184 86/209 87/042 87/092 87/122 87/135 87/163 87/203 67/225

86/196 87/095 87/126 87/163 87/222

85/185 87/027 87/092 87/184 87/220

87/159 87/220

87/085 87/218

86/196 87/042 87/105 87/130 87/163 87/218 87/231

85/185 86/210 87/058 87/095 87/124 87/143 87/175 87/205 87/226

86/209 87/105 87/130 87/179 871’225

85/198 87/031 87/125 87/187 87/222

87/165 87/222

87/070 87/220

86/198 87/053 87/106 87/134 67/175 87/220

86/194 87/002 87/061 87/105 87/125 87/147 87/179 87/216 87/227

86/210 87/106 87/134 87/195 8?/228

86,‘205 67/042 87/154 87/195 87/224

87/170

80/175 82/180 82/183 84/213 85/183 85/184 85/185 86/194 86/205 86/207 86/210 87/003 87/004 87/012 87/023 87/024 87/026 87/034 87/037 87/038 87/042 87/058 87/061 87/065 87/086 87/072 87/076 87/080 87/089 87/092 87/095 87/101 87/102 87/103 87/105 87/106 87/113 87/117 87/125 87/128 67/134 87/135 87/143 87/160 87/161 87/163 87/166 87/167 87/172 87/173 87/175 87/177 87/185 87/187 871’190 87/195 87/203 87/205 87/218 87/220 87/22:! 87/224 87/225 87/226 87/227 87/228 87/231 87/233

87/220

79/169 80/174 85/184 86/209 87/042 87/058 87/108 87/118 87/125 87/154 87/161 87/179 87/187 87/203 87/218 87/220 87/222 87/225 87/226

see REE

86/209 87/042 87/087 87/118 87/125 87/137 87/161 87/216 87/220 87/226

87/220

87/022 87/114 87/175 87/195 87/218 87/220 87/222 87/227 87/228 87/231

80/174 82/180 85/184 86/194 86/196 86/208 86/209 86/120 87/058 87/060 87/061 87/065 87/070 87/072 87/095 87/105 87/106 87/113 87/117 87/118 87/124 87/126 87/134 87/135 87/143 87/149 87/160 87/161 87/183 87/179 87/218 87/220 87/222 87/225 87/226 87/228

87/043 87/054 87/065 87/205 87/218 87/220 87/222 87/224 87/231

see REE

I

1291

In

I r

K

40K

La

Li

Lu

Mg

Mn

54Mn

Mo

N

Na

Nb

Nd

87/006 87/044 87/061 87/205 87/218 871’220

87/220

87/042 87/053 87/061 87/220 871’226

66/201 87/030 87/033 87/161 87/178 87/218

80/175 82/180 84/213 68/205 86/207 8 6 / 2 1 0 87/034 87/044 87/061 87/095 87/105 87/108 87/135 87/163 87/175 87/190 87/195 87/203 87/225 87/226 87/227

87/219 87/220

see REE

8 2 / 1 8 2 85/183 87/015 87/195 87/218 87/220

see REE

80/175 84/213 85/163 87/024 87/034 87/037 87/092 87/113 87/117 87/175 87/177 87/187 87/220 87/222 87/225

60/175 82/180 84/213 86/208 86/209 86/210 87/031 87/034 87/044 87/072 87/076 87/092 87/125 87/134 87/135 87/175 87/177 87/184 87/205 87/218 87/220 87/228 87/231 87/233

87/220

86/200 87/042 87/053 87/129 87/154 87/161 87/220 87/22? 87/225

87/220

80/175 82 /180 82/18l 86/194 86/207 86/210 87/044 87/061 87/065 87/095 87/105 87/106 87/135 87/143 87/160 87/195 87/205 87/218 67/227 87/228 87/233

79/169 87/017 87/024 87/118 87/127 87/130 87/216 87/218 87/220

see REE

87/065

87/087

87/040 87/220

85/183 87/004 87/065 87/113 67/177 87/205 67/228

87/027 87/222

86/207 87/044 87/125 87/190 87/226

85/183 87/002 87/061 87/107 87/161 87/187 67/222

871’061 87/177 87/226

84/213 87/004 87/070 87/113 87/163 67/220

87/029 87/154 87/222

87/135

87/161

87/087 87/226

65/184 87/012 87/072 87/117 87/182 87/218 87/233

87/063 87/226

87/004 87/061 87/128 87/195 87/227

85/184 87/004 87/065 87/109 87/163 87/190 87/225

87/072 a?/‘o5

85/183 87/012 87/072 87/117 87/175 87/2’52

87/034 87/161 87/225

87/161

87/163

87/132

85/185 87/019 87/076 87/125 87/183 87/220

87/164 87/233

87/012 87/076 67/135 87/205 87/228

85/185 87/023 87/066 87/113 87/168 87/195 87/226

871’077 87/209

85/184 87/024 87/076 87/158 87/177 87/225

87/04:: 87/187 87/226

87/163

87/213

87/133

86/194 87/024 87/0Y2 87/134 87/187 07/22’

87/177

87/023 87/089 87/163 87/218 87/233

86/205 87/024 37/070 87/117 87/173 87/203 87/227

H7/122 87/218

85/185 87/034 87/09? 97,/134 87/1YO 87 , /226

87/09:! 87/190

Nd143/144 86/204 87/013 87/025 87/032 87/045 87/049 87/056 87/069 87/081 87/082 87/085 87/116 87/120 87/121 87/131 87/146 87/153 87/188 87/193 87/210

Ni

237Np

0

18 0

0 5

P

231Pa

79/169 80/175 86/?09 86/210 87/042 87/053 87/12? 87/1?4 87/171 87/173 87/195 87/200 87/220 87/222

87/232

86/207

85/186 87/001 87/100 87/148

86/201 87/07Y

86/205 87/004 87/092 87/125 87/218 87/220 87/233

87/220

85/183 85/185 87/015 87/017 87/066 87/067 87/125 87/130

87/008 87/03Y 87/211 87/?13

87/087 87/161

87/023 87/024 87/175 87/177 87/212 87/225

86/194 87/027 b7/092 87/151 87/179 87/212 87/226

87/078 87/214

87/178

87/034 87/187 a 7 / m

86/198 86/205 87/031 87/034 87/105 87/113 87/154 87/161 87/184 87/190 87/216 87/218 87/231 87/233

87/088 87/099

87/218 67/226

87/052 871076 87/190 87/195 87/227 87/228

406

Pb 79/189 80/175 85/183 87/002 87/015 87/024 87/043 87/053 87/062 87/125 87/130 87/140 87/184 87/187 87/190 87/203 87/207 87/208 87/222 87/224 87/225

Pb206/204 87/041 87/140

Pb207/204 87/041 87/140

Pbzoa/204 87/041 87/140

210Pb 87/018 87/093 87/094

212Pb 87/220

214Pb 87/220

Pd 86/201 67/033 87/038 87/161 87/178 87/220

Pr see REE

Pt 66/200 86 /201 87/033 87/161 87/178 67/218

238Pu 87/@65 67/174 87/220

239Pu 87/065 87/219 87/220

240Pu 87/226

226Ra 87/019 87/093 87/094 87/226

85/185 86/198 86/205 86/209 87/027 87/031 87/038 87/042 87/066 87/070 87/118 87/122 87/154 87/161 87/183 87/173

87/024 87/034 87/092 87/125 87/190 87/195 87/227 87/228

87/037 87/03P 87/128 87/15, 87/218 87/220 87/231 87/233

87/061 87/163 87/222

87/132 87/220

87/017 87/072 87/122 87/154 87/187 87/218

87/076 87/175 87/225

87/161 87/?22

87/024 87/092 87/124 87/160 87/190 87/220

2

87/08Y 87/185 87/226

87/192 87/225

87/034 87/095 87/195 87/161 87/191 87/222

87/191 87/195 87/196 87/197 87/215 87/216 87/218 87/220 87/228 87/231 87/233

Sm 5ee REE

Sn 88/202 87/042 87/195 87/198 87/226 87/231

87/081 87/123 87/205 87/216

Sr 79/169 85/183 87/042 87/061 87/105 87/106 87/130 87/139 87/163 87/175 87/195 87/203 87/225 87/226

86/194 86/209 87/065 87/066 87/113 87/118 87/143 87/152 87/177 87/179 87/205 87/216 87/227 87/233

Sr 87/86 80/174 87/089 87/121 87/131 87/15 87/040 87/074 87/075 87/087 87/226 90Sr

Ta

Tb

Te

Th

228Th

230Th

232Th

Ti

T1

208T1

Tin

U

2340

2350

238U

87/219 87/220 87/226

80/174 82/180 85/184 88/194 88/209 88/210 87/029 87/061 87/065 87/095 87/105 87/106 87/112 87/112 87/117 87/124 87/126 87/127 87/134 87/135 87/143 87/149 87/160 87/161 87/163 87/179 87/218 87/220 87/222 87/225 87/228 87/228

87/036 87/040 87/074 87/075 87/220 87/226

87/226

87/226 see REE

87/042 87/087 87/220

79/169 86/196 87/058 87/117 87/149 87/182 87/225

87/093

87//047

87/220

80/174 82/180 8 2 / 1 8 3 85/184 85/185 86/194 88/209 88/210 87/019 87/024 87/038 87/042 87/061 87/072 87/095 87/105 87/106 87/113 87/118 87/124 87/126 87/134 87/135 87/143 87/154 87/180 87/181 87/163 87/175 87/179 87/183 87/190 87/212 67/218 87/220 87/222 87/228 87/228

87/138 87/220 87/226

87/138 87/220 87/226

87/228

228Ra 87/138

Rb 80/174 82/180 85/184 86/194 86/196 88/209 86/210 87/015 87/017 87/024 87/027 87/034 87/042 87/061 87/066 87/072 87/087 87/092 87/095 87/105 87/106 87/112 87/117 87/118 87/124 87/125 87/130 87/134 87/135 87/143 87/151 87/152 87/154 87/160 87/161 87/162 87/163 87/179 87/187 87/190 87/195 87/203 87/205 87/216 87/218 87/220 87/222 87/225 87/228 87/233

85/183 86/207 86/208 86/210 87/003 87/004 87/01? 87/023 87/024 87/034 87/038 87/042 87/044 87/061 87/065 87/066 87/070 87/072 87/076 87/080 87/084 87/089 87/092 87/095 87/113 87/117 87/125 87/135 87/161 87/163 87/173 87/175 87/177 87/187 87/190 87/195 87/203 87/205 87/218 87/220 87/222 87/225 67/226 87/227 87/228 87/233

87/038 87/042 87/087 87/116 67/122 87/161 67/1Y1 87/208 87/218 87/220 87/222 87/224 87/226

87/220

see REE

a'Rb/a&Sr 87/152

Re 86/200 87/079 87/087 87/104 87/161 87/218 87/226

RE :E 79/169 86/196 87/011 87/058 87/081 87/098 87/118 87/143 87/179 87/20d 87/225

80/173 86/206 87/013 87/060 87/083 87/105 87/123 87/149 87/181 87/209 87/226

80/174 861'208 87/017 87/061 87/091 87/106 87/124 87/157 87/187 87/210 87/228

82/180 86/209 87/032 87/064 87/092 87/112 87/126 87/160 87/190 87/218

82/183 86/210 87/042 87/065 87/095 87/113 87/130 87/161 87/201 87/218

85/184 87/007 87/049 87/068 87/096 87/115 87/134 87/163 87/202 87/220

86/194 87/009 87/057 87/072 87/097 87/117 87/135 87/175 87/205 87/222

79/169 82/180 85/184 85/185 86/194 86/196 66/209 86/210 87/019 87/021 87/038 87/042 87/051 87/061 67/065 87/072 87/087 87/091 87/095 87/105 87/108 87/112 87/117 87/118 87/122 87/124 87/134 87/135 87/143 87/154 87/180 87/161 87/163 87/176 87/179 87/182 87/183 87/190 87/218 87/220 87/222 87/225 87/226 87/228

87/220 87/226

87/071 87/220 87/226

87/093 87/138 87/220 87/228

Rh 86/201 67/036 87/040 87/161 87/178 87/226

Ru 86/201 87/033 87/040 87/178 87/228

S 79/169 86/203 86/205 87/023 87/125 87/177 87/205 87/218 87/220 87/222 87/228 87/231

S 32/34 87/220

5 33/34 87/220

Sb 80/174 85/184 86/195 86/196 86/208 86/210 87/005 87/042 87/043 87/061 87/065 87/072 87/087 87/095 87/105 87/106 87/117 87/122 87/124 87/130 87/136 87/160 87/161 87/162 87/163 87/177 87/179 87/195 87/205 87/216 87/218 87/220 87/222 87/225 87/226 87/228 87/231

125Sb 87/220

86/208 87/044 87/117 87/177 87/218

86/20Y 87/061 87/125 87/187 87/220

86/210 87/065 87/135 87/190 87/222

87/002 87/015 87/070 87/072 87/151 67/161 87/195 87/203 871'225 87/226

87/027 87/042 87/092 87/113 87/163 87/175 87/205 87/206 87/228 87/233 sc 79/169 82 /180

86/208 86/209 87/061 87/065 87/113 87/117 87/180 87/161 87/218 87/220

82/183 86/210 87/070 87/124 87/162 87/222

86/210 87/087 87/220

86/207

85/184 86/194 87/016 87/042 87/072 87/095 87/126 87/134

86/196 86/206 87/058 87/060 8'7/105 87/106 87/135 87/143 87/179 871'205 87/228

87/050 87/053 87/189 87/180

w 80/174 86/194 87/105 87/117 87/220 87/222

Y 79/169 86/206 87/118 87/130 87/216 87/218

Yb see REE

Zn 79/169 80/174

86/210 87/129

87/042 87/142

87/07.? 87/077 87/205 87/218

87/163 R7/177 87/225 87/226 87/017

87/151 87/220

87/034 87/154 87/222

87/042 87/161 87/225

87/068 87/09? 87/175 87/190 87/226 87/233 Se 86/194 88/195

87/065 87/072 87/042 87/046 87/108 87/161 87/222 87/224

87/003 87/004 87/012 87/023 80/175 82/180 85/183 85/184 85/185

407

86/194 86/198 86/199 86/205 86/208 86/209 86/210 87/015 87/017 87/027 87/042 87/053 87/061 67/066 87/072 87/087 87/090 87/092 87/095 87/122 87/124 67/125 87/130 87/134 87/143 87/151 87/154 87/161 87/162 87/163 87/173 87/175 67/177 87/184 87/187 87/195 87/203 87/205 87/216 87/218 87/220 87/222 87/225 87/226 87/228 87/231 87/233

65Zn 87/220

Zr 79/169 80/174 85/184 86/209 87/003 87/017 87/024 87/034 87/042 87/061 Y7/092 67/095 87/106 87/106 67/118 87/124 87/125 87/130 87/134 87/143 87/151 87/154 87/161 67/175 87/1YO 87/209 87/212 87/216 87/218 87/220 87/222 87/125 87/?26 87/228 8 ? / 2 3 3

Documents

Geochemical Reference Sample Bibliography for 1987