1. 4th discussion meeting “the use of computers in spectroscopy”

   • H. Hillig
   • G. Gauglitz

   Editorial Pages: 135 - 135

2. Estimation of the performance of spectroscopic library search systems

   • C. Affolter
   • J. T. Clerc

   Lectures Pages: 136 - 139

3. Computer programs for the analysis of PDMS-spectra

   • J. Curdes
   • E. R. Hilf

   Lectures Pages: 140 - 143

4. Transputers in spectroscopy

   • P. Bleckmann
   • L. Koniczek
   • F. H. Walter

   Lectures Pages: 144 - 146

5. Absorption and emission spectroscopy in scattering media: modelling of fluorescence decay curves and photometric laws for systems with inhomogeneous absorber distribution

   • Ulrike Mammel
   • Manfred Brun
   • Dieter Oelkrug

   Lectures Pages: 147 - 152

6. Application and comparison of algorithms for the evaluation of interferograms

   • G. Kraus
   • G. Gauglitz

   Lectures Pages: 153 - 157

7. 2D WIN-NMR: BRUKER's PC-based display and processing package for 2D NMR data matrices

   • Herbert Thiele

   Lectures Pages: 158 - 163

8. Wide area access to central corporate spectroscopic databases

   • R. Angus Hearmon

   Lectures Pages: 164 - 166

9. SPECINFO — The spectroscopic information system on STN International

   • Dirk Canzler
   • Mariette Hellenbrandt

   Lectures Pages: 167 - 172

10. SpecTool: a knowledge-based hypermedia system for interpreting molecular spectra

    • Marc Cadisch
    • Ernö Pretsch

    Lectures Pages: 173 - 177

11. Infrared spectroscopic analysis of complex mixtures by classification and regression — Characterization of urinary calculi

    • Hartmut Hobert
    • Kathrin Meyer

    Lectures Pages: 178 - 185

12. Comparing the performance of neural networks to well-established methods of multivariate data analysis: the classification of mass spectral data

    • H. Lohninger
    • F. Stancl

    Lectures Pages: 186 - 189

13. Comparison of a neural network with multiple linear regression for quantitative analysis in ICP-atomic emission spectroscopy

    • C. Schierle
    • M. Otto

    Lectures Pages: 190 - 194

14. Application of factor analysis for the interpretation of corrosion results

    • D. Ende
    • B. Quint
    • R. Fuchs

    Posters Pages: 195 - 198

15. Computer program XPSFIT for estimating the binding state in atoms of solid materials from X-ray photoelectron spectroscopy (core-level XPS)

    • Detlef Fanter
    • Wulff Possart

    Posters Pages: 199 - 202

16. Local analysis by infrared microscopy across membranes of a flexible polyurethane foam

    • W. E. Steger
    • S. Machill
    • H. Schator

    Posters Pages: 203 - 205

17. Coal analysis by application of the partial least squares method to infrared spectra

    • Silke Tesch
    • Karl-Heinz Rentrop
    • Matthias Otto

    Posters Pages: 206 - 208

18. Reflection spectroscopy in microstructured light scattering materials

    • Manfred Brun
    • Peter Hubner
    • Dieter Oelkrug

    Posters Pages: 209 - 213

19. Optimized prediction of ¹³C-NMR spectra using increments. Comparison with other methods

    • Lingran Chen
    • Wolfgang Robien

    Posters Pages: 214 - 216

20. Identification of UV/VIS-spectra based on a fuzzy function

    • U. Hörchner
    • M. Otto

    Posters Pages: 217 - 219

21. Common substructures in groups of compounds exhibiting similar mass spectra

    • H. Scsibrany
    • K. Varmuza

    Posters Pages: 220 - 222

22. Exploratory data analysis of infrared spectra

    • W. Werther
    • K. Varmuza

    Posters Pages: 223 - 226

23. Application of a digital signal processor to Fourier-transform infrared spectroscopy

    • Günter Georg Hoffmann
    • Hans-Jürgen Hochkamp

    Posters Pages: 227 - 228