- Foreword
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- 143
|
- The prominent role of chemical information in the development of western
civilisation
- J .Inczedy (Veszprem, Hungary).
|
- 145
|
Multivariate techniques
|
-
|
- Inhibitory effect of nonionic surfactants on sunflower downy mildew. A quantitative structure-activity relationship study
- G.Oros, T.Cserhati and E.Forgacs (Budapest, Hungary).
|
- 149
|
- Use of stepwise regression analysis and cluster analysis for study of interaction
between nonionic surfactants
- E.Forgacs and T.Cserhati (Budapest, Hungary)
|
- 157
|
- Multiple regression for environmental data: nonlinearities and prediction bias
- P.Gelady (Umea, Sweden), L.Hadjiiski and P.Hopke (Potsdam, NY, USA)
|
- 165
|
- Prediction of the aging of polymeric materials
- E.V. Bystritskaya, A.L. Pomerantsev and O.Ye.Rodionova (Moscow, Russian
Federation)
|
- 175
|
- Quantitative analysis of near infrared spectra by wavelet coefficient regression
using genetic algorithm
- U.Depczynski, K.Jetter (Stuttgart, Germay), K.Mott and Niemoller (Duisburg,
Germany)
|
- 179
|
- A new criterion for simple-structure transformations of core arrays in N-way
principal component analysis
- R.Henrion (Berlin, Germany) and C.A.Anderson (Copenhagen, Denmark)
|
- 189
|
Quantitative Structure-Activity Relationship
|
-
|
- Quantitative structure-retention relationships VI. Thermodynamics of Kovats
retention index--boiling point correlations for alkylbenzenes in gas chromatography
- K.Heberger (Budapest, Hungary) and T.Kovalska (Katowice, Poland)
|
- 205
|
- Shape recognition and chirality measure: reestablishing the link between
similarity and dissimilarity in discrete space
- M. Raji and A.Cosse-Barbi (Paris, France)
|
- 219
|
- Quantitative composition -- property modelling of rubber mixtures by using
artificial neural networks
- A.P.Borosy (Budapest, Hungary)
|
- 227
|
- 3D QSAR analysis of novel 5-HT1A receptor ligands
- A.P.Borosy, M.Morvay and P.Matyus (Budapest, Hungary)
|
- 239
|
Classical Chemometrics
|
-
|
- Modelling of solute retention in the reversed-phase high-performance liquid
chromatography system with the chemically bonded 3-cyanopropyl stationary phase
- W.Prus (Bielsko-Biala, Poland), Y.Vanden Heyden, P.Vankeerberhen (Brussels,
Belgium), P.Kus (Katowice, Poland), D.L.Massart (Brussels, Belgium) and T.Kovalska
(Katowice, Poland)
|
- 253
|
- Chemometric treatment of chemical engineering data: a case study
- L.Botar, A.Nemeth, P.Szepesvary and T.Vidoczy (Budapest, Hungary)
|
- 267
|
- Nonlinear calibration by the standard addition method
- P.Koscielniak (Krakow, Poland)
|
- 275
|
- Oceanographic characterization of northern Sao Paulo Coast: a chemometric study
- M.M.C.Ferreira, C.G.Faria (Campinas, Brazil) and E.T.Paes (Niteroi, Brazil)
|
- 289
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