Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms

Ion source design criteria for AMS
pp. 5-9(5)
Authors: Kilius L.R.; Kieser W.E.; Litherland A.E.; Zhao X.L.; Rucklidge J.C.; Beukens R.P.

Molecular fragment problems in heavy element AMS
pp. 10-17(8)
Authors: Kilius L.R.; Zhao X.-L.; Litherland A.E.; Purser K.H.

Neutral injection for AMS
pp. 18-21(4)
Authors: Litherland A.E.; Kilius L.R.

The Leibniz-Labor AMS facility at the Christian-Albrechts University, Kiel, Germany
pp. 22-30(9)
Authors: Nadeau M.-J.; Schleicher M.; Grootes P.M.; Erlenkeuser H.; Gottdang A.; Mous D.J.W.; Sarnthein J.M.; Willkomm H.

The AMS facility at the National Institute for Environmental Studies (NIES), Japan
pp. 31-33(3)
Authors: Kume H.; Shibata Y.; Tanaka A.; Yoneda M.; Kumamoto Y.; Uehiro T.; Morita M.

Brazilian accelerator mass spectrometry program
pp. 34-38(5)
Authors: Santos G.M.; Anjos R.M.; Gomes P.R.S.; Maciel A.M.M.; Acquadro J.C.; Neto R.L.; Medina N.H.; Rizzuto M.A.; Filho N.C.; Tenreiro C.; Coimbra M.M.; Appoloni C.R.

The AMS program at the TANDAR accelerator
pp. 39-42(4)
Authors: Alvarez D.E.; Fernandez Niello J.O.; Di Tada M.; Ferrero A.M.J.; Marti G.V.; Capurro O.A.; Pacheco A.J.; Testoni J.E.; Abriola D.; Etchegoyen A.; Achterberg E.; Ramirez M.

Accelerator mass spectrometry at the Kyoto University tandem accelerator
pp. 43-46(4)
Authors: Nakamura M.; Tazawa Y.; Matsumoto H.; Hirose M.; Ogino K.; Kohno M.; Funaba J.

VERA: A new AMS facility in Vienna
pp. 47-50(4)
Authors: Kutschera W.; Collon P.; Friedmann H.; Golser R.; Hille P.; Priller A.; Rom W.; Steier P.; Tagesen S.; Wallner A.; Wild E.; Winkler G.

Status of the NSF-Arizona AMS laboratory
pp. 51-56(6)
Authors: Donahue D.J.; Beck J.W.; Biddulph D.; Burr G.S.; Courtney C.; Damon P.E.; Hatheway A.L.; Hewitt L.; Jull A.J.T.; Lange T.; Lifton N.; Maddock R.; McHargue L.R.; O'Malley J.M.; Toolin L.J.

The LLNL AMS facility
pp. 57-61(5)
Authors: Roberts M.L.; Bench G.S.; Brown T.A.; Caffee M.W.; Finkel R.C.; Freeman S.P.H.T.; Hainsworth L.J.; Kashgarian M.; McAninch J.E.; Proctor I.D.; Southon J.R.; Vogel J.S.

Status report of the PSI/ETH AMS facility
pp. 62-68(7)
Authors: Synal H.-A.; Dobeli M.; Bonani G.; Ender R.M.; Gartenmann P.; Schnabel C.; Suter M.; Kubik P.W.

Status and plans for the PRIME Lab AMS facility
pp. 69-72(4)
Authors: Elmore D.; Ma X.; Miller T.; Mueller K.; Perry M.; Rickey F.; Sharma P.; Simms P.; Lipschutz M.; Vogt S.

Research and measurement program at the ANTARES AMS facility
pp. 73-78(6)
Authors: Tuniz C.; Fink D.; Hotchkis M.A.C.; Jacobsen G.E.; Lawson E.M.; Smith A.M.; Hua Q.

Development plans for the AMS facility at the Institute of Geological and Nuclear Sciences, New Zealand
pp. 79-83(5)
Authors: Zondervan A.; Sparks R.J.

Improvements to the PKUAMS injection system
pp. 84-86(3)
Authors: Xiangyang L.; Kun L.; Qiang Z.; Bin L.; Kexin L.; Zhiyu G.; Jianjun W.; Jinglin Y.

The Groningen AMS tandetron
pp. 87-92(6)
Authors: Wijma S.; Van der Plicht J.

The Erlangen AMS facility: Status report and research program
pp. 93-96(4)
Authors: Kretschmer W.; Anton G.; Bergmann M.; Finckh E.; Kowalzik B.; Klein M.; Leigart M.; Merz S.; Morgenroth G.; Piringer I.

Precision and mass fractionation in ¹⁴C analysis with AMS
pp. 97-101(5)
Authors: Van der Borg K.; Alderliesten C.; Van den Brink A.; De Haas A.P.; Kersemaekers H.J.H.; Raaymakers J.E.M.J.; De Jong A.F.M.

Status of the SINR mini-cyclotron AMS facility
pp. 102-106(5)
Authors: Chen M.; Lu X.; Chen G.; Xu S.; Shen L.; Li D.; Zhang Y.; Gong P.; Zhang Y.; Zhou W.

Current status of the AMS system at the University of Tokyo
pp. 107-111(5)
Authors: Kobayashi K.; Hatori S.; Zoppi U.; Nakano C.; Sunohara Y.; Nagai H.; Yoshida K.; Imamura M.; Shibata S.; Matsuzaki H.; Tanikawa M.; Murayama M.; Aramaki Y.; Sakamoto M.; Saitoh T.; Ohashi H.

Microbeam AMS: Prospects of new geological applications
pp. 112-121(10)
Authors: Sie S.H.; Niklaus T.R.; Suter G.F.

Measurement of r⁸¹Kr in the atmosphere
pp. 122-127(6)
Authors: Collon P.; Kutschera W.; Antaya T.; Davids B.; Fauerbach M.; Harkewicz R.; Hellstrom M.; Morrissey D.; Sherrill B.; Steiner M.; Pardo R.; Paul M.

AMS at the Munich gas-filled analyzing magnet system GAMS
pp. 128-131(4)
Authors: Knie K.; Faestermann T.; Korschinek G.

e⁶⁰Fe measurements with an EN tandem accelerator
pp. 132-136(5)
Authors: Gartenmann P.; Schnabel C.; Suter M.; Synal H.-A.

Measurement of i⁶³Ni and i⁵⁹Ni by accelerator mass spectrometry using characteristic projectile X-rays
pp. 137-143(7)
Authors: McAninch J.E.; Hainsworth L.J.; Marchetti A.A.; Leivers M.R.; Dunlop A.E.; Mauthe R.; Vogel J.S.; Proctor I.D.; Straume T.; Jones P.R.

The Chalk River AMS time-of-flight detection system
pp. 144-147(4)
Authors: Koslowsky V.T.; Andrews H.R.; Davies W.G.; Murnaghan K.

AMS of ¹⁴C at low energies
pp. 148-152(5)
Authors: Suter M.; Jacob S.; Synal H.A.

Design of a compact 1 MV AMS system for biomedical research
pp. 153-158(6)
Authors: Hughey B.J.; Klinkowstein R.E.; Shefer R.E.; Skipper P.L.; Tannenbaum S.R.; Wishnok J.S.

A compact ¹⁴C Isotope Ratio Mass Spectrometer for biomedical applications
pp. 159-162(4)
Authors: Mous D.J.W.; Fokker W.; Van den Broek R.; Koopmans R.B.; Purser K.H.

The novel HVEE multi-element AMS system
pp. 163-166(4)
Authors: Gottdang A.; Mous D.J.W.

AMS detection of chlorine-36 using small tandems
pp. 167-169(3)
Author: Purser K.H.

New detector concepts for AMS
pp. 170-173(4)
Authors: Golser R.; Friedmann H.; Priller A.; Steier P.; Kutschera W.; Benka O.; Steinbauer E.

Development of a gas E-position sensitive E detector for AMS studies
pp. 174-177(4)
Authors: Funaya N.; Baba T.; Miyazaki N.; Takahashi T.; Kaikura T.; Seki R.; Furuno K.; Jiang S.; Nagashima Y.

Reducing the magnet switching time for AMS at PRIME Lab
pp. 178-182(5)
Authors: Perry M.; Elmore D.; Rickey F.; Bhukhanwala B.; Chong E.

Detection of a⁴¹Ca with a Li⁷i³⁷Cl molecular pilot beam
pp. 183-185(3)
Authors: Baba T.; Funaya N.; Miyazaki N.; Takahashi T.; Kaikura T.; Seki R.; Sueno S.; Jiang S.; Nagashima Y.

Experimental investigation of the destruction of 1 MeV H¹²CH₂ molecules in single and double stripping foils
pp. 186-192(7)
Authors: Hughey B.J.; Shefer R.E.; Klinkowstein R.E.; Zhao X.L.; Kieser W.E.; Litherland A.E.

First performance tests of VERA
pp. 193-198(6)
Authors: Priller A.; Golser R.; Hille P.; Kutschera W.; Rom W.; Steier P.; Wallner A.; Wild E.

The PRIME Lab external research program
pp. 199-202(4)
Authors: Sharma P.; Elmore D.; Vogt S.

The new Chalk River AMS ion source, sample changer and external sample magazine
pp. 203-207(5)
Authors: Koslowsky V.T.; Bray N.; Imahori Y.; Andrews H.R.; Davies W.G.

Corrections for contamination background in AMS ¹⁴C measurements
pp. 208-213(6)
Authors: Brown T.A.; Southon J.R.

Radiocarbon dating organic residues at the microgram level
pp. 214-217(4)
Authors: Kirner D.L.; Burky R.; Taylor R.E.; Southon J.R.

Enrichment of sub-milligram size carbon samples
pp. 218-220(3)
Authors: Kitagawa H.; Van der Plicht J.

AMS sample handling in Groningen
pp. 221-225(5)
Authors: Aerts-Bijma A.T.; Meijer H.A.J.; Van der Plicht J.

The reduction of sample memory effects in the Chalk River AMS ion source
pp. 226-229(4)
Authors: Koslowsky V.T.; Andrews H.R.; Davies W.G.; Imahori Y.; Bolusmjak M.

Ultra-separation of nickel from copper metal for the measurement of i⁶³Ni by AMS
pp. 230-234(5)
Authors: Leivers M.R.; Straume T.; Marchetti A.A.; Hainsworth L.J.; McAninch J.E.; Proctor I.D.; Jones P.R.

The chemical behavior of Be, Al, Fe, Ca and Mg during AMS target preparation from terrestrial silicates modeled with chemical speciation calculations
pp. 235-240(6)
Authors: Ochs M.; Ivy-Ochs S.

Elements in biological AMS
pp. 241-244(4)
Authors: Vogel J.S.; McAninch J.; Freeman S.P.H.T.

A programme for long-term retention studies of -labelled¹⁴C-labelled compounds in man using the Lund AMS facility
pp. 245-248(4)
Authors: Stenstrom K.; Erlandsson B.; Hellborg R.; Leide-Svegborn S.; Mattsson S.; Nosslin B.; Skog G.; Nilsson L.-E.

l³⁶Cl and ¹²⁹I in teeth and bones
pp. 249-253(5)
Authors: Cornett R.J.; Chant L.; Andrews H.R.; Davies W.G.; Greiner B.F.; Imahori Y.; Koslowsky V.T.; Kotzer T.; Milton J.C.D.; Milton G.M.

The influence of dissolved silicate on the physiological chemistry of l²⁶Al and accelerator mass aluminium, studied in humans using tracer spectrometry
pp. 254-258(5)
Authors: King S.J.; Day J.P.; Oldham C.; Popplewell J.F.; Ackrill P.; Moore P.B.; Taylor G.A.; Edwardson J.A.; Fifield L.K.; Liu K.; Cresswell R.G.

Investigations of the human aluminium biokinetics with l²⁶Al and AMS
pp. 259-265(7)
Authors: Kislinger G.; Steinhausen C.; Winklhofer C.; Nolte E.; Alvarez-Bruckmann M.; Ittel T.-H.

Human calcium metabolism including bone resorption measured with a⁴¹Ca tracer
pp. 266-270(5)
Authors: Freeman S.P.H.T.; King J.C.; Woodhouse L.R.; Vieira N.E.; Yergey A.L.

High resolution AMS imaging of radiocarbon in biomedical applications
pp. 271-274(4)
Authors: Jiang Z.X.; Ramsey C.B.; Hedges R.E.M.; Somogyi P.; Roberts J.D.B.; Cowey A.

AMS measurements to study uptake and distribution of l²⁶Al in mice and the role of the transferrin receptor in aluminium absorption mechanisms
pp. 275-278(4)
Authors: Barker J.; Templar J.; King S.J.; Day J.P.; Bradbury M.W.B.; Radunovic A.; Ueda F.; Raja K.; Lilley J.S.; Drumm P.V.

l²⁶Al uptake and accumulation in the rat brain
pp. 279-282(4)
Authors: Yumoto S.; Hayashi K.; Masuda A.; Kumazawa H.; Imamura M.; Matsuzaki H.; Ohashi H.; Kobayashi K.; Nagai H.

Measurements of aluminum transport in wheat at the cellular level
pp. 283-286(4)
Authors: Johnson R.R.; Glass A.D.M.; Kronzucker H.; Gelbart Z.; Venczel E.; Paul M.; Berkovits D.; Catan A.; Kashiv Y.; Ghelberg S.

Identification of bomb-produced chlorine-36 in mid-latitude glacial ice of North America
pp. 287-289(3)
Authors: DeWayne Cecil L.; Vogt S.

Measurements of the O¹⁴CO₂ bomb pulse in firn and ice at Law Dome, Antarctica
pp. 290-295(6)
Authors: Levchenko V.A.; Etheridge D.M.; Francey R.J.; Trudinger C.; Tuniz C.; Lawson E.M.; Smith A.M.; Jacobsen G.E.; Hua Q.; Hotchkis M.A.C.; Fink D.; Morgan V.; Head J.

e¹⁰Be and dust
pp. 296-301(6)
Authors: Baumgartner S.; Beer J.; Wagner G.; Kubik P.; Suter M.; Raisbeck G.M.; Yiou F.

A long-term variation of e¹⁰Be flux changes at ODP Site 925 on the Ceara Rise in the equatorial Atlantic
pp. 302-306(5)
Authors: Murayama M.; Nagai H.; Imamura M.; Hatori S.; Kobayashi K.; Taira A.

e,¹⁰Be, investigations of sediments, soils and loess at GNS
pp. 307-318(12)
Authors: Graham I.J.; Ditchburn R.G.; Sparks R.J.; Whitehead N.E.

New interpretation of the e¹⁰Be and l²⁶Al content in cosmic spherules
pp. 319-323(5)
Authors: Zoppi U.; Kobayashi K.; Hatori S.; Nakano C.; Sunohara Y.; Matsuzaki H.; Imamura M.; Nagai H.

Measurement of proton production cross sections of e¹⁰Be and l²⁶Al from elements found in lunar rocks
pp. 324-329(6)
Authors: Sisterson J.M.; Kim K.; Beverding A.; Englert P.A.J.; Caffee M.; Jull A.J.T.; Donahue D.J.; McHargue L.; Castaneda C.; Vincent J.; Reedy R.C.

Measurements of proton-induced production cross sections for l³⁶Cl from Ca and K
pp. 330-333(4)
Authors: Imamura M.; Shibata S.; Nishiizumi K.; Caffee M.W.

Cosmogenic chlorine-36 production in K-feldspar
pp. 334-340(7)
Authors: Evans J.M.; Stone J.O.H.; Fifield L.K.; Cresswell R.G.

In-situ production of radionuclides at great depths
pp. 341-346(6)
Authors: Heisinger B.; Niedermayer M.; Hartmann F.J.; Korschinek G.; Nolte E.; Morteani G.; Neumaier S.; Petitjean C.; Kubik P.; Synal A.; Ivy-Ochs S.

The ¹²⁹I AMS program at PRIME Lab
pp. 347-351(5)
Authors: Sharma P.; Elmore D.; Miller T.; Vogt S.

Determination of total iodine and sample preparation for AMS measurement of ¹²⁹I in environmental matrices
pp. 352-355(4)
Authors: Marchetti A.A.; Straume T.; Gu F.; Robl R.

Oil formation and fluid convection in Railroad Valley, NV: A study using cosmogenic isotopes to determine the onset of hydrocarbon migration
pp. 356-360(5)
Authors: Liu X.; Fehn U.; Teng R.T.D.

The distribution of ¹²⁹I around West Valley, an inactive nuclear fuel reprocessing facility in Western New York
pp. 361-366(6)
Authors: Rao U.; Fehn U.

¹²⁹I interlaboratory comparison
pp. 367-370(4)
Authors: Roberts M.L.; Caffee M.W.; Proctor I.D.

Cl 36 - A potential paleodating tool
pp. 371-377(7)
Authors: Milton G.M.; Kramer S.J.; Kotzer T.G.; Milton J.C.D.; Andrews H.R.; Chant L.A.; Cornett R.J.; Davies W.G.; Greiner B.F.; Imahori Y.; Koslowsky V.T.; McKay J.W.

Is l³⁶Cl from weapons' test fallout still cycling in the atmosphere?
pp. 378-381(4)
Authors: Cornett R.J.; Andrews H.R.; Chant L.A.; Davies W.G.; Greiner B.F.; Imahori Y.; Koslowsky V.T.; Kotzer T.; Milton J.C.D.; Milton G.M.

A new interpretation of the distribution of bomb-produced chlorine-36 in the environment, with special reference to the Laurentian Great Lakes
pp. 382-386(5)
Authors: Milton J.C.D.; Milton G.M.; Andrews H.R.; Chant L.A.; Cornett R.J.J.; Davies W.G.; Greiner B.F.; Imahori Y.; Koslowsky V.T.; Kotzer T.; Kramer S.J.; McKay J.W.

Use of chlorine-36 as tracer for the evolution of waters in geothermal and tectonically active areas in Western Turkey
pp. 387-393(7)
Authors: Balderer W.; Synal H.-A.

Environmental r⁹⁰Sr measurements
pp. 394-399(6)
Authors: Paul M.; Hershkowitz A.; Kashiv Y.; Berkovits D.; Feldstein H.; Cecil L.D.; Vogt S.

Accelerator mass spectrometry of the planetary elements
pp. 400-404(5)
Authors: Fifield L.K.; Cresswell R.G.; Clacher A.P.; Morris K.; King S.J.; Day J.P.; Livens F.R.

Determination of the half-life of e⁷⁹Se with the accelerator mass spectrometry technique
pp. 405-409(5)
Authors: Songsheng J.; Jingru G.; Shan J.; Chunsheng L.; Anzhi C.; Ming H.; Shaoyong W.; Shilin L.

Tritium depth profiling in carbon by accelerator mass spectrometry
pp. 410-413(4)
Authors: Friedrich M.; Sun G.; Grotzschel R.; Behrisch R.; Garcia-Rosales C.; Roberts M.L.

Evidence for anomalous g¹⁰⁷Ag and g¹⁰⁹Ag compositions in iron meteorites
pp. 414-423(10)
Authors: Ding G.-J.; Kilius L.R.; Wilson G.C.; Zhao X.-L.; Rucklidge J.C.

In-situ AMS determination of Re-Os isochron in IIA iron meteorites
pp. 424-430(7)
Authors: Ding G.-J.; Kilius L.R.; Wilson G.C.; Zhao X.-L.; Rucklidge J.C.

The first trans-Arctic ¹⁴C section: Comparison of the mean ages of the deep waters in the Eurasian and Canadian basins of the Arctic Ocean
pp. 431-437(7)
Authors: Schlosser P.; Ekwurzel B.; Bonisch G.; Kromer B.; McNichol A.; Schneider R.; Von Reden K.; Ostlund H.G.; Swift J.H.

AMS measurements of the ¹⁴C distribution in the Pacific ocean
pp. 438-442(5)
Authors: Von Reden K.F.; McNichol A.P.; Peden J.C.; Elder K.L.; Gagnon A.R.; Schneider R.J.

Radiocarbon in marine dissolved organic carbon (DOC)
pp. 443-446(4)
Authors: Le Clercq M.; Van der Plicht J.; Meijer H.A.J.; De Baar H.J.W.

¹⁴C AMS measurements of the bomb pulse in N- and S-hemisphere tropical trees
pp. 447-450(4)
Authors: Murphy J.O.; Lawson E.M.; Fink D.; Hotchkis M.A.C.; Hua Q.; Jacobsen G.E.; Smith A.M.; Tuniz C.

Field variability of carbon isotopes in soil organic carbon
pp. 451-454(4)
Authors: Leavitt S.W.; Pendall E.; Paul E.A.; Pinter P.J.J.; Kimball B.A.

¹⁴C dating of sediment samples
pp. 455-459(5)
Authors: Kretschmer W.; Anton G.; Bergmann M.; Finckh E.; Kowalzik B.; Klein M.; Leigart M.; Merz S.; Morgenroth G.; Piringer I.; Kuster H.; Low R.D.; Nakamura T.

The 5000-year environmental change and associated human activities at Sokho-nor Lake, Inner Mongolia, P.R. China
pp. 460-463(4)
Authors: Xiangyang L.; Kun L.; Baoyin Y.; Zhiyu G.

AMS ¹⁴C chronological study of holocene activities in active faults in Japan
pp. 464-469(6)
Authors: Nakamura T.; Okamura M.; Shimazaki K.; Nakata T.; Chida N.; Suzuki Y.; Okuno M.; Ikeda A.

AMS radiocarbon dating of the Sakurajima tephra group, Southern Kyushu, Japan
pp. 470-474(5)
Authors: Okuno M.; Nakamura T.; Moriwaki H.; Kobayashi T.

Radiocarbon ''dating'' of individual chemical compounds in atmospheric aerosol: First results comparing direct isotopic and multivariate statistical apportionment of specific polycyclic aromatic hydrocarbons
pp. 475-486(12)
Authors: Currie L.A.; Benner B.A.J.; Eglinton T.I.; Pearson A.

AMS ¹⁴C dating of lime mortar
pp. 487-495(9)
Authors: Heinemeier J.; Rud N.; Jungner H.; Lindroos A.; Ringbom A.; Von Konow T.

Radiocarbon AMS dating of the ancient sites with earliest pottery from the Russian Far East
pp. 496-497(2)
Authors: Kuzmin Y.V.; Jull A.J.T.; Lapshina Z.S.; Medvedev V.E.

Textural and in situ analytical constraints on the provenance of smelted and native archaeological copper in the Great Lakes region of Eastern North America
pp. 498-503(6)
Authors: Wilson G.C.; Ding G.-J.; Pavlish L.A.; Farquhar R.M.

A problematic source of organic contamination of linen
pp. 504-507(4)
Authors: Gove H.E.; Mattingly S.J.; David A.R.; Garza-Valdes L.A.

New approaches to negative ions: Resonant ionization spectroscopy and storage rings
pp. 508-514(7)
Author: Andersen T.

Weakly-bound negative ions studied by laser excitation and AMS
pp. 515-520(6)
Authors: Berkovits D.; Ghelberg S.; Paul M.; Heber O.

A negative ion survey; towards the completion of the periodic table of the negative ions
pp. 521-526(6)
Authors: Zhao X.-L.; Litherland A.E.; Nadeau M.-J.; Garwan M.A.

A theoretical study of some negative ions of interest to accelerator mass spectrometry
pp. 527-531(5)
Authors: Wijesundera W.P.; Litherland A.E.

Carbon anions and dianion clusters
pp. 532-538(7)
Authors: Middleton R.; Klein J.

Hybrid ion sources: Radiocarbon measurements from microgram to milligram
pp. 539-545(7)
Authors: Bronk Ramsey C.; Hedges R.E.M.

Hold-up and memory effect for carbon in a compact microwave ion source
pp. 546-549(4)
Authors: Schneider R.J.; Von Reden K.F.; Wills J.S.C.; Diamond W.T.; Lewis R.; Savard G.; Schmeing H.

A compact multi-sample high-intensity negative ion source
pp. 550-553(4)
Authors: Gelbart W.Z.; Johnson R.R.; Cifarelli F.; Schubank R.B.; Paul M.; Hershkowitz A.; Berkovits D.; Shahar Y.

A preliminary report on the characteristics of a CO₂ gas ion source MGF-SNICS at NIES-TERRA
pp. 554-557(4)
Authors: Shibata Y.; Kume H.; Tanaka A.; Yoneda M.; Uehiro T.; Morita M.; Kumamoto Y.

The AUSTRALIS microbeam ion source
pp. 558-565(8)
Authors: Sie S.H.; Niklaus T.R.; Suter G.F.

A new accelerator mass spectrometer for trace element analysis at the Naval Research Laboratory
pp. 566-570(5)
Authors: Grabowski K.S.; Knies D.L.; Hubler G.K.; Enge H.A.

TEAMS depth profiles in semiconductors
pp. 571-574(4)
Authors: Datar S.A.; Renfrow S.N.; Guo B.N.; McDaniel F.D.; Anthony J.M.; Zhao Z.Y.

Accelerator SIMS at PSI/ETH Zurich
pp. 575-578(4)
Authors: Ender R.M.; Suter M.; Dobeli M.; Synal H.-A.

Trace-element analysis of mineral grains using accelerator mass spectrometry - From sampling to interpretation
pp. 579-582(4)
Authors: Wilson G.C.; Kilius L.R.; Rucklidge J.C.; Ding G.-J.; Zhao X.-L.

Precious metal abundances in selected iron meteorites: In-situ AMS measurements of the six platinum-group elements plus gold
pp. 583-588(6)
Authors: Wilson G.C.; Rucklidge J.C.; Kilius L.R.; Ding G.-J.; Cresswell R.G.

1-200 amu tunable Pretzel magnet notch-mass-filter and injector for trace element accelerator mass spectrometry
pp. 589-593(5)
Authors: Knies D.L.; Grabowski K.S.; Hubler G.K.; Enge H.A.

Conference summary: Trends in AMS
pp. 594-598(5)
Author: Kutschera W.