Table Of Content

VOL. 602 NOS. 1 +2 JOURNAL OF CHROMATOGRAPHY JUNE 5, 1992 CONTENTS INTERNATIONAL ION CHROMATOGRAPHY SYMPOSIUM 1991, DENVER, CO, OCTOBER 6-9, 1991 Foreword by J.D. Lamb . Ion-interaction chromatography: a study of the distribution of n-alkylammonium ions on an ODS-2 column by L. G. Daignault and D. P. Rillema (Charlotte, NC, USA) . Expert system for ion chromatographic methods using dynamically coated ion-interaction separation by M. Mulholland, P. R. Haddad and D. B. Hibbert (Kensington, Australia) . . . Applications of an alternative stationary phase for the separation of anions by chemically suppressed ion chromatography by R. Saari-Nordhaus and J. M. Anderson, Jr. (Deerfield, IL, USA) and K. Ravichandran (Indianapolis, IN, USA) Direct resolution of organic acid enantiomers on a novel polymer-based stationary phase by L. Castellani, F. Federici, M. Sinibaldi and A. Messina (Rome, Italy) . . Evaluation of low-conductance eluents for suppressed ion-exclusion chromatography by H. F. Botte and L. Joergensen (Odense, Denmark) Studies on eluents suitable for use with simultaneous conductivity and direct UV detection in non-suppressed ion chromatography by P. E. Jackson and T. Bowser (Lane Cove, Australia) Approaches to gradient elution in ion-exclusion chromatography of carboxylic acids by R. Widiastuti and P. R. Haddad (Kensington, Australia) and P. E. Jackson (Lane Cove, Australia) Direct serum injection in ion chromatography on packing materials with a semi-permeabie surface by W. Buchberger, H. Malissa and E. Miilleder (Linz, Austria) Dialytic clean-up of alkaline samples prior to ion chromatographic analysis by S. Laksana and P. R. Haddad (Kensington, Australia) Analysis of oxyhalide disinfection by-products and other anions of interest in drinking water by ion chromatography by D. P. Hautman and M. Bolyard (Cincinnati, OH, USA) Determination of trace anions in hydrofluoric acid by ion chromatography by G. Vanderford (Austin, TX, USA) New approach to the analysis of low levels of anions in water by G. Bondoux, P. Jandik and W. R. Jones (Milford, MA, USA) Determination of trace anions in concentrated acids by means of a moderate-capacity anion-exchange column by A. Siriraks, C. A. Pohl and M. Toofan (Sunnyvale, CA, USA) . Separation and indirect visible detection of inorganic and organic analyte cations on dye-coated stationary phases by T. A. Walker (Kansas City, MO, USA) New thiohydrazones for complexation and chromatographic determination of metal ions by Y. Qian and J. S. Fritz (Ames, IA, USA) Ion chromatography of metal cations on carboxylic acid resins by J. Morris and J. S. Fritz (Ames, IA, USA) High-performance ion chromatographic separation of uranium and thorium in natural waters and geological materials by M. P. Harrold, A. Siriraks and J. Riviello (Sunnyvale, CA, USA) Dual-column techniques for the simultaneous analysis of anions and cations by R. Saari-Nordhaus, L. Nair and J. M. Anderson, Jr. (Deerfield, IL, USA) . Application of ion chromatography to corrosion studies by B. K. Nash and R. G. Kelly (Charlottesville, VA, USA) . Forensic applications of coupling non-suppressed ion-exchange chromatography with ion-exclusion chromatography by L. A. Kaine, J. B. Crowe and K. A. Wolnik (Cincinnati, OH, USA) Vill CONTENTS Analysis of commercial explosives by single-column ion chromatography by I. K. Henderson and R. Saari-Nordhaus (Deerfield, IL, USA) Matrix elimination in ion chromatography by “heart-cut” column-switching techniques by S. R. Villasefior (St. Louis, MO, USA) Qualitative corrosion monitoring by on-line ion chromatography by D. Bostic (Surry, VA, USA), G. Burns (Sebastopol, CA, USA) and S. Harvey (Chattanooga, TN, USA) lon chromatographic analysis of inorganic molecular metal—oxygen cluster compounds by A. Jiirgensen, G. B. McGarvey and J. B. Moffat (Waterloo, Canada) lon chromatography as a tool for optimization and control of fermentation processes by L. Joergensen, A. Weimann and H. F. Botte (Odense, Denmark) Separation of nucleotides and nucleosides by gradient macrocycle-based ion chromatography by J. D. Lamb and Y. K. Ye (Provo, UT, USA) Liquid chromatography and postcolumn indirect detection of glyphosate by M. J. Lovdahl and D. J. Pietrzyk (lowa City, IA, USA) . Regulated methods for ion analysis by J. P. Romano and J. Krol (Milford, MA, USA) Determination of reaction by-products in high-molecular-weight polysulfonated scale inhibitors by ion chromatography by S. E. Atwood (Littleton, CO, USA) Applications of capillary ion electrophoresis in the pulp and paper industry by D. R. Salomon (Calgary, Canada) and J. Romano (Milford, MA, USA) Bonded-phase capillaries and the separation of inorganic ions by high-voltage capillary electrophoresis by M. Chen and R. M. Cassidy (Saskatoon, Canada) Capillary electrophoretic determination of alkali and alkaline-earth cations in various multiple electrolyte solutions for parenteral use by M. Koberda, M. Konkowski and P. Youngberg (Round Lake, IL, USA) and W. R. Jones and A. Weston (Milford, MA, USA) Rots Ts eo er a ee ary ee Explosive residue analysis by capillary electrophoresis and ion chromatography by K. A. Hargadon (Washington, DC, USA) and B. R. McCord (Quantico, VA, USA) Effect of electrolyte composition on the separation of inorganic metal cations by capillary ion electrophoresis by A. Weston and P. R. Brown (Kingston, RI, USA) and A. L. Heckenberg, P. Jandik and W. R. Jones (Milford, MA, USA) . DNs EAN Wa hpw ash nee NN Leng ee ‘ Applications of ion chromatography and capillary ion electrophoresis in the alumina and aluminium industry by S. C. Grocott and L. P. Jefferies (Kwinana, Australia) and T. Bowser, J. Carnevale and P. E. Jackson (Lane Cove, Australia) Author Index SEEEEEREAREERE RARER ERE ERE EEE RERERA EEE RE ERER EERE ER EEE EEE REE EER AERERR ERE EREREREEE RES ERR EREREERER EEE ERE REESE ER ESE EEE * In articles with more than one author, the name of the author to whom correspondence should be addressed is indicated * * in the article heading by a 6-pointed asterisk (*). * *& 26 heh ee hee e ieh ee ee 2 hea e2 he 2 feo ee e 2 oe 2 ie oe fe2 2 fea 2 fe2 ee oef e oe ie 2 ie 2 fea fea ako ea oe oea 2kf e2 oieo e2 2 ofc2 c 2 2 kco eo fa oea kc2 oe 2 oea kco e 2k oca ke2 oeo co e co oea kco e a oea 2 oe2 aea 2 oe oko ko k**