1. Preface

   • B. Welz

   EditorialNotes Pages: 673 - 673

2. Structure and reactivity of carbon materials used in atomization furnaces

   • Wolf Huettner
   • Claus Busche

   Lectures Pages: 674 - 680

3. Surfaces and materials of electrothermal atomic absorption spectrometry — more than a merely morphological study

   • H. M. Ortner
   • W. Birzer
   • V. Sychra

   Lectures Pages: 681 - 688

4. Surface reactions and the effects of oxygen on Pb atomization in graphite furnace atomic absorption spectrometry

   • James A. Holcombe
   • Maureen S. Droessler

   Lectures Pages: 689 - 696

5. Peak profile and appearance times using totally pyrolytic cuvettes in graphite furnace atomic absorption spectrometry

   • A. A. Brown
   • M. Lee

   Lectures Pages: 697 - 702

6. Influence of the tube surface on atomization behavior in a graphite tube furnace

   • G. Schlemmer
   • B. Welz

   Lectures Pages: 703 - 709

7. Elucidating atomization mechanisms by simultaneous mass spectrometry and atomic absorption spectrometry

   • D. L. Styris

   Lectures Pages: 710 - 715

8. Atomization mechanisms and gas phase reactions in graphite furnace atomic absorption spectrometry

   • W. Frech
   • A. O. Lindberg
   • A. Cedergren

   Lectures Pages: 716 - 725

9. Investigations on chemical reactions in graphite furnace AAS

   • W. Wendl

   Lectures Pages: 726 - 729

10. Chemical reactions in the atomization of molybdenum in graphite furnace atomic absorption spectrometry

    • C. L. Chakrabarti
    • Shaole Wu
    • K. L. Headrick

    Lectures Pages: 730 - 736

11. Use of hydrogen for the elimination of matrix interferences in the determination of lead by graphite furnace atomic absorption spectrometry

    • L. Novak
    • M. Stoeppler

    Lectures Pages: 737 - 741

12. Developments in probe design for electrothermal atomic absorption spectrometry

    • J. M. Ottaway
    • J. Carroll
    • J. Marshall

    Lectures Pages: 742 - 747

13. Spatially and temporally resolved temperature profiles in graphite furnaces

    • Heinz Falk
    • Andreas Glismann

    Lectures Pages: 748 - 753

14. Influence of the shape of the graphite furnace on wall and gas temperatures and analytical performance in graphite furnace atomic absorption spectrometry

    • H. G. C. Human
    • C. J. Rademeyer

    Lectures Pages: 754 - 758

15. Simultaneous multielement AAS with carbon furnace atomization for the analysis of biological samples

    • James M. Harnly

    Lectures Pages: 759 - 761

16. Comments on the characteristics of an atomiser for furnace atomic non-thermal excitation spectrometry (FANES)

    • D. Littlejohn
    • J. Carroll
    • H. Falk

    Lectures Pages: 762 - 766

17. Background correction in combination with spectrometry of optical forward scattering and graphite furnace atomization

    • H. Debus
    • G. Hermann
    • A. Scharmann

    Lectures Pages: 767 - 770

18. Optimization of hydride generation methods for AAS

    • Jiří Dědina

    Lectures Pages: 771 - 782

19. Mechanisms in hydride generation AAS

    • J. Agterdenbos
    • D. Bax

    Lectures Pages: 783 - 787

20. Hydride generation-graphite furnace atomic absorption spectrometry: new prospects

    • R. E. Sturgeon
    • S. N. Willie
    • S. S. Berman

    Lectures Pages: 788 - 792

21. Hydride atomization in graphite furnace atomizers

    • K. Dittrich
    • R. Mandry
    • A. Udelnow

    Lectures Pages: 793 - 799

22. Neue Geräte und Chemikalien

    Announcement Pages: A7 - A8