Solid sampling with inductively coupled plasma-mass spectrometry — a survey Heinrich Baumann Inductively Coupled Plasma-Mass Spectrometry Pages: 907 - 916
Analysis of solid samples by ICP-mass spectrometry Uwe VoellkopfM. PaulE. R. Denoyer Inductively Coupled Plasma-Mass Spectrometry Pages: 917 - 923
Analysis of microgramme samples from a sputtering crater by Atomsource excited atomic absorption spectrometry K. D. OhlsJ. FlockH. Loepp Atomic Absorption Spectrometry Pages: 924 - 926
Graphite furnace for alternative combination with d.c. arc or inductively coupled plasma. Introduction and analysis of solid samples T. KántorGy. Záray Atomic Absorption Spectrometry Pages: 927 - 935
New calibration method for solid sampling Zeeman atomic absorption spectrometry (SS-ZAAS) for cadmium C. HofmannC. VandecasteeleJ. Pauwels Atomic Absorption Spectrometry Pages: 936 - 940
Analytical quality control by solid sampling graphite furnace atomic absorption spectrometry in the production of animal tissue reference materials: bovine liver, teeth, bone, muscle, blood and equine renal cortex Ernst LückerHorst KönigAnton Rosopulo Biological Reference Materials Pages: 941 - 949
Determination of element concentrations in biological reference materials by solid sampling and other analytical methods H. SchauenburgP. Weigert Biological Reference Materials Pages: 950 - 956
