Flow injection-mini-column technique with ICP-AES detection for the isolation and preconcentration of the fast reactive aluminium fraction in waters Ben FairmanAlfredo Sanz-Medel Lecture Pages: 757 - 762
ICP-AES versus (LA-)IPC-MS: Competition or a happy marriage? – A view supported by current data Piet RommersPaul Boumans OriginalPaper Pages: 763 - 770
Effect of sampler orifice diameter on dry plasma inductively coupled plasma mass spectrometry (ICP-MS) backgrounds, sensitivities, and limits of detection using laser ablation sample introduction D. GüntherH. P. LongerichL. Forsythe OriginalPaper Pages: 771 - 773
Evaluation of an ultrasonic nebulizer-membrane separation interface (USN-MEMSEP) with ICP-AES for the determination of trace elements by solvent extraction I. B. BrennerJ. ZhuA. Zander OriginalPaper Pages: 774 - 777
Capillary gas chromatography-ICP mass spectrometry: a powerful hyphenated technique for the determination of organometallic compounds T. De SmaeleL. MoensP. Sandra OriginalPaper Pages: 778 - 782
Parameter optimization of electrothermal vaporization inductively coupled plasma mass spectrometry for oligoelement determination in standard reference materials Natalia G. BerrymanT. U. Probst OriginalPaper Pages: 783 - 788
Environmental monitoring on shellfish using UV laser ablation ICP-MS A. RaithW. T. PerkinsT. E. Jeffries OriginalPaper Pages: 789 - 792
Application of tertiary amines for arsenic and selenium signal enhancement and polyatomic interference reduction in ICP-MS analysis of biological samples Antoaneta KrushevskaMihály KotrebaiDulasiri Amarasiriwardena OriginalPaper Pages: 793 - 800
Effect of slurry mineralogy on slurry ICP-AES C. J. WalkerD. E. DaveyI. C. Hamilton OriginalPaper Pages: 801 - 802
Isotopic abundance measurements on solid nuclear-type samples by glow discharge mass spectrometry Maria BettiGert RasmussenLothar Koch OriginalPaper Pages: 808 - 812
Operating mechanism of the electrolyte cathode atmospheric glow discharge T. CserfalviP. Mezei OriginalPaper Pages: 813 - 819
Microwave sputtering of conductors and insulators for optical emission and mass spectrometry M. H. RümmeliM. OutredE. B. M. Steers OriginalPaper Pages: 820 - 825
New hardware for radio frequency powered glow discharge spectroscopies and its capabilities for analytical applications V. HoffmannH. -J. UhlemannD. Birus OriginalPaper Pages: 826 - 830
Optimization of an rf-powered magnetron glow discharge for the trace analysis of glasses and ceramics A. I. SaprykinJ. S. BeckerH. -J. Dietze OriginalPaper Pages: 831 - 835
Background and line interference corrections in quantitative GD-OES – New approaches to an old problem A. BengtsonA. EklundF. Präßler OriginalPaper Pages: 836 - 839
Quantitative depth profiling in glow discharge spectroscopies – A new deconvolution technique to separate effects of an uneven erosion crater shape F. PräßlerVolker HoffmannKlaus Wetzig OriginalPaper Pages: 840 - 846
Requirements of the glow discharge techniques to the fundamentals – an exemplary approach J. A. C. Broekaert OriginalPaper Pages: 847 - 852
Mathematical description of a direct current glow discharge in argon A. BogaertsR. Gijbels OriginalPaper Pages: 853 - 857
The use of a secondary cathode to analyse solid non-conducting samples with direct current glow discharge mass spectrometry: potential and restrictions Wim SchellesStefan De GendtRené Van Van Grieken OriginalPaper Pages: 858 - 860
Non-flat surfaces analysis by glow discharge spectrometry Jacky RusteFrançois Schwoehrer OriginalPaper Pages: 861 - 862
Improvement of analyte to interferent line intensity ratio in direct current glow discharge mass spectrometry K. G. OksenoidV. LiebichG. Pietzsch OriginalPaper Pages: 863 - 865
About some pecularities of ionization in radio-frequency glow discharge (rfGD) A. G. KouzminL. N. GallM. Z. Muradimov OriginalPaper Pages: 866 - 867
High resolution FTS studies of glow discharge spectra line profiles and line widths E. B. M. SteersA. P. Thorne OriginalPaper Pages: 868 - 872
Some properties of a microwave boosted glow discharge source using neon as the operating gas F. LeisE. B. M. Steers OriginalPaper Pages: 873 - 875
Excitation of singly-ionized argon species in helium-matrix Grimm glow discharge plasmas II – Comparison between argon and neon Kazuaki WagatsumaKichinosuke Hirokawa OriginalPaper Pages: 876 - 877
Absolute and/or relative detection limits in laser-based analysis: the end justifies the means Nicoló OmenettoGiuseppe A. PetrucciJames D. Winefordner OriginalPaper Pages: 878 - 882
Optimization of detection of atomic absorption lines in intracavity laser spectroscopy V. S. BurakovP. Y. MisakovS. N. Raikov OriginalPaper Pages: 883 - 886
Selection of internal standards for analysis of silicate rocks and limestones by laser ablation inductively coupled plasma atomic emission spectrometry (LA-ICP-AES) V. KanickyJean-Michel Mermet OriginalPaper Pages: 887 - 888
Improving precision for laser solid sampling for ICP emission with an array spectrometer Joachim Nölte OriginalPaper Pages: 889 - 891
Analysis of leaves by using the laser ICP-MS with isotope dissolution method H. ScholzeE. HoffmannA. Platalla OriginalPaper Pages: 892 - 894
Remote in situ analytical spectroscopy and its applications in the nuclear industry C. M. DaviesH. H. TelleA. W. Williams OriginalPaper Pages: 895 - 899
Application of Laser-ICP-MS in environmental analysis E. HoffmannC. LüdkeH. Stephanowitz OriginalPaper Pages: 900 - 903
Time-resolved line shape studies of Nd : YAG laser-induced microplasmas arising from gold surfaces B. NémetLászló Kozma OriginalPaper Pages: 904 - 908
Applications of laser-induced breakdown spectrometry (LIBS) in surface analysis J. M. VadilloS. PalancoJ. J. Laserna OriginalPaper Pages: 909 - 912
Determination of metals in airborne particulates by LEAFS and ICP-MS after sampling on reusable graphite filters J. TilchC. LüdkeE. Hoffmann OriginalPaper Pages: 913 - 915
