Plasma source mass spectrometry : current trends and future developments / edited by Grenville Holland, Dmitry Bandura.

Author
International Conference on Plasma Source Mass Spectrometry (9th : 2004 : University of Durham) [Browse]
Format
Book
Language
English
Published/​Created
Cambridge : RSC Pub., ©2005.
Description
ix, 356 pages : illustrations ; 25 cm.

Availability

Copies in the Library

Location Call Number Status Location Service Notes
Harold P. Furth Plasma Physics Library - Stacks QD96.M3 A665 2004 Browse related items Request

    Details

    Subject(s)
    Series
    • Special publication (Royal Society of Chemistry (Great Britain)) ; no. 301. [More in this series]
    • Special publication ; 301
    Notes
    The conference of the 9th International Conference on Plasma Source Mass Spectrometry held at the Unversity of Durham on 13-17 September 2004--T.p. verso.
    Bibliographic references
    Includes bibliographical references and indexes.
    Contents
    • Bio-analytical applications : metalloprotein crosstalk : quantifying zinc exchange between stable isotopically labeled proteins using directly coupled HPLC
    • ICP
    • MS
    • Speciation of selenium compounds by capillary electrophoresis
    • MS : evaluation of ICP
    • SF
    • MS / ICP
    • DRC
    • MS detection of different quantification methods
    • Application of ICPMS and chromatography based ICPMS to studies of metal speciation and metal-protein binding in bioanalysis
    • Determination of total mercury in urine by inductively coupled plasma mass spectrometry (ICP
    • MS)
    • Labile arsenic compounds in biological matrices, or possible problems finding the metal species present in cells
    • Speciation analysis with GC
    • MS : organometal detection in tobacco smoke
    • Reaction cells and high resolution : determination of 44Ca-isotope markers for parasitod studies using dynamic reaction cell ICPMS
    • Application of ICP
    • MS with a hexapole collision and reaction cell as an element selective phosphorus detector for quality control of pharmaceuticals
    • Advantages of dynamic reaction cell ICP
    • MS for geological analyses
    • Characterization and production ratio of polyatomic ion interferences in ICP
    • MS using a high resolution mass spectrometer
    • Measurement of actinides at ultra-trace level by double-focusing sector-field ICP
    • MS : instrumental performances and analytical difficulties
    • Trends in instrumentation : biomolecular and atomicmass spectrometry : good friends or uncaring strangers?
    • Love triangle : trapping fields, ion energy and ion molecule reactions
    • Investigation of vaporization of laser ablation generated aerosol and monodisperse particles in a dry AP ICP using time resolved mass spectrometry
    • Environmental applications : signal smoothing device for improving analytical precision in LA
    • MS and its applications
    • Metrology on chemistry : ICP-analysis in environmental science
    • MS as analytical tool on spent nuclear fuel analogues studies
    • Preliminary work for the LA
    • MS analysis of carnelian archaeoligical artefacts
    • Selenium speciation in amphibian larvae developing in a coal fly ash settling basin
    • Speciation of cancerstatic platinum compounds in a waste water pilot plant
    • Multi-collectors: accurate determination of Pt concentrations at ultra-low levels (<20pg) in clinical DNA samples with high HF/Pt rations using the Thermo Finnigan Neptune Plasma Ionisation Multi-Collector Mass Spectrometer (PIMMS)
    • Novel applications of MC
    • ICPMS for isotope dilution
    • Solution and laser ablation analysis of sulphur isotopes with the Neptune high resolution multi-collector ICP
    • MS (MS
    • MS) : application to diffucive gradients in thin-films
    • Accuracy and precision in plasma ionisation multi-collector mass spectrometry : constraints from neodymium and hafnium isotope measurements
    • Semiconductors : application of ICP
    • MS technology to semiconductor manufacturing.
    ISBN
    • 0854046631 ((hbk.))
    • 9780854046638 ((hbk.))
    OCLC
    62532099
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