1. Gas chromatography in environmental analysis — Aims and challenges

   • H. J. Neu

   Lectures, Part II Pages: 583 - 588

2. Analytical procedures for environmental and biological monitoring

   • J. Angerer

   Lectures, Part II Pages: 589 - 593

3. Interface and thin film analysis: Comparison of methods, trends

   • H. W. Werner
   • A. Torrisi

   Lectures, Part II Pages: 594 - 613

4. TXRF, PIXE, SYXRF; Principles, critical comparison and applications

   • A. Knöchel

   Lectures, Part II Pages: 614 - 621

5. Accelerator based techniques for trace element analysis on the micrometer scale

   • R. D. Vis

   Lectures, Part II Pages: 622 - 630

6. Modern aspects of micro-bore column HPLC

   • T. Takeuchi

   Lectures, Part II Pages: 631 - 637

7. Inorganic mass spectrometry of solid samples

   • F. Adams
   • A. Vertes

   Lectures, Part II Pages: 638 - 647

8. Instrumental developments in organic mass spectrometry

   • Michael Linscheid

   Lectures, Part II Pages: 648 - 661

9. Flow injection analysis: A useful alternative for solving analytical problems

   • M. Valcárcel
   • M. D. Luque de Castro

   Lectures, Part II Pages: 662 - 666

10. Coupling techniques in LC/MS and SFC/MS

    • Patrick Arpino

    Lectures, Part II Pages: 667 - 685

11. Ultratrace and microdistribution analysis in material sciences

    • Hugo M. Ortner
    • Peter Wilhartitz

    Lectures, Part II Pages: 686 - 700

12. The challenge of microelectronics for analytical chemistry

    • M. Grasserbauer
    • G. Stingeder

    Lectures, Part II Pages: 701 - 714

13. Microanalysis for the study of materials and objects of art and archaeology

    • M. Schreiner

    Lectures, Part II Pages: 715 - 720

14. Applications of ICP-MS in marine analytical chemistry

    • J. W. McLaren
    • K. W. M. Siu
    • S. S. Berman

    Lectures, Part II Pages: 721 - 728