Glow discharge mass spectrometry - aspects of a versatile analytical tool, D. Stuewer; direct analysis of semiconductor grade reagents by ICP-MS, A. Walsh et al; analysis of thermal waters by ICP-MS, E. Veldeman et al; semi-quantitative estimation of some elements in standards and drinking water by ICP-MS, E. Johansson and T. Liljefors; ICP-MS analysis for weakly bound gold in humus samples - an aid to gold exploration in areas of glacially transported overburden, B.J. Perry and J.C. Van Loon; some observations on mass bias effects in ICP-MS systems, P.J. Turner; diagnostic investigations on ion formation in ICP-MS, N. Jakubowski et al; the use of ICP-MS to determine the retention and distribution of platinum in animals following the administration of cisplatin, P. Tothill et al; whole blood analysis by ICP-MS, T.M. Lutz et al; multivariate analysis of ICP-mass spectra - determination of nickel and iron in body fluids, D.M. Templeton and M.A. Vaughan; microwave dissolution and ICP-MS for the determination of trace and ultra-trace elements in plant tissue, S. Yamasaki et al; determination of ultra-trace levels of rare earth elements in terrestrial water by high resolution ICP-MS with an ultrasonic nebulizer, A. Tsumura and S. Yamasaki; the application of isotope dilution techniques to the accurate and precise determination of lead in reference materials by ICP-MS, M.J. Campbell et al; effect of digestion methods on ICP-MS measurements of Be, V, Ga, Sb, La, and Bi in organic fertilizers, A. Kawasaki et al; determination of boron in a titanium reference material by ICP-MS, F. Vanhaecke et al; applications of ICP-MS with sample introduction by electrothermal vaporization and flow injection techniques, U. Voellkopf et al; a continuous hydride generation system for ICP-MS using separately nebulised internal standard solutions, P.G. Ek et al; analysis of powdered materials by laser sampling ICP-MS, E.R. Denoyer; performance benefits of optimization of laser ablation sampling for ICP-MS, I.D. Abdell.
