Table Of Content

Journal of Automatic Chemistry, Vol. 14, No. 6 (November—December 1992), pp. 235-236 Index of Authors (with the titles of papers) A H ArTyAH, Sir Micuae: The Royal Society: HEnw, S. P., see Comber, M. H. I. Present and Future Hitcuen, P., Hutton, R. and Tye, C.: The Ariza, A. C., Linares, P., Lugue pe Castro, applications of a commercial gas/liquid M. D. and VatcArcet, M.: Flow-injection separator coupled with an inductively coupled analysis for on-line monitoring of nutrients plasma mass spectrometer 17 (ammonia and nitrite) in aquaculture Hutton, R., see Hitchen, P. B I Buanparl, A. K., see Randhawa, S. S. Brunner, L. A.: The laboratory of the 1990s— It-Koon Tan, see Jacob, E. Planning for total automation Cc Jacos, E., Ir-Koon Tan, Kim-Senc Cuua and Carout, S., and Fuoco, R.: Meeting report: Fifth See-HeEnc Lim: Integrated laboratory Italo—Hungarian Symposium on information system in a large hospital Spectrochemistry Quality Control and laboratory in Singapore 223 Assurance in Life Sciences Jopo, M., Kawamoto, K., Tocuimoto, M. and Catuin, D., Cowan, D., Dontxe, M., FRAIsSE, Cover .y, S. C.: Determination of nutrients in D., Orresro, H. and Renpic, S.: Testing urine seawater by segmented-flow analysis with for drugs higher analysis rate and reduced interference Cuau, F. T. and Mok, K. W.: A computer- on ammonia 163 enhanced pH study of the formaldehyde- sulphite clock reaction K Cuau, F. T., see Tam, K. Y. KawaworTo, K., see Jodo, M. Comper, M. H. I., Eaes, G. J., NicHotson, P.J . D. and Henn, S. P.: Simple in-line Kiw-Senc Cuua, see Jacob, E. stopped flow photolysis of copper complexes in Koon Hune Wone, see Malcolme-Lawes, D. J. natural waters using a flow injection system Costa-BauzA, A., see March, J. G. L Coupray-Lucas, C., see Ziegler, F. LANTREIBECQ, F., see Meier, H. CoverLey, S. C., see Jodo, M. Later, R., see Sollacaro, M. Cowan, D., see Catlin, D. LauritzEN, M.: Quantities and units for Curran, D. J.: The 1992 International centrifugation in the clinical laboratory Symposium on Laboratory Automation and Le Boucuer, J., see Ziegler, F. Robotics Le Virt, D.: Technical note: Beyond Good Cynoser, L., see Ziegler, F. Laboratory Practice Linares, P., LuguE pE Castro, M. D. and D VaucARcEL, M.: Sequential automatic on-line bE Faria, L. C. and Pasguimi, C.: determination of aquiculture nutrients: Spectrophotometric determination of creatinine phosphate and nitrate by monosegmented continuous-flow analysis Linares, P., see Ariza, A. C. Dittmar, A., see Sollacaro, M. LuguE bE Castro, M. D., see Ariza, A. C. DonrkE, M., see Catlin, D. Luque bE Castro, M. D., see Linares, P. E Eates, G. J., see Comber, M. H. I. M Ma coutmeE-Lawes, D. J., Koon Hunc Wonc and F SmitH, V. V.: Application ofa computer- FEérarRD, G.: Quantities and units for controlled flow analyser to the determination of electrophoresis in the clinical laboratory glucose and to the study of B-galactosidase FérRaArRD, G.: Quantities and units for metabolic activity processes as a function of time Ma tnotra, P. S., see Randhawa, S. S. FitzGERALD, G. and Swanson, J.: Measuring the Marcu, J. G., Costa-BauzA, A., Grases, F. and effects of laboratory automation: The power of S6HNEL, O.: An automatic system for crystal empirically derived models growth studies at constant supersaturation FraissE, D., see Catlin, D. Meier, H., LAntrerpecg, F. and TRAN-Minu, C.: France, D. S., see Weinstein, D. B. Application and automation of flow injection Fuoco, R., see Caroli, S. analysis (FIA) using fast responding enzyme G glass electrodes to detect penicillin in Grasses, F., see March, J. G. fermentation broth and urea in human serum 137 Gupta, R. C., see Randhawa, S. S. Mok, K. W., see Chau, F. T. Index of Authors N T Nicuo ison, P. J. D., see Comber, M. H. I. Tam, K. Y. and Cuau, F. T.: Simultaneous multiwavelength study of the reaction of Oo phenolphthalein with sodium hydroxide Oponpe,J . S. O.: Technical note: A TIMMERMANS, L., VAN DER BERGH, A.., nonparametric outlier rejection scheme VERHECKEN, A. and VAN DE SANDE, C.: Ortesro, H., see Catlin, D. Automated sampling and analysis in research Ozawa, K., ScunrpesLky, P., PAaRpugE, H. L. and product synthesis Trucnaup, A.: The expanding role of robotics TocuimoTo, M., see Jodo, M. in the clinical laboratory Tomuinson, J. J.: Strategic planning for bioanalytical automation: managing growth P successfully ParpueE, H. L., see Ozawa, K. Tran-Minu, C., see Meier, H. Pasguint, C., see de Faria, L. C. TrucHaup, A., see Ozawa, K. Tye, C., see Hitchen, P. R Ranpuawa, S. S., Gupta, R. C., BHANDARI, V A. K. and Matuortra, P. S.: Evaluation of the VALCARCEL, M.., see Ariza, A. C. performance of a microprocessor-based VALCARCEL, M., see Linares, P. colorimeter VAN DE SANDE, C., see Timmermans, L. REnpic, S., see Catlin, D. VAN DER BeErGu, A., see Timmermans, L. Ruton, P. W.: Selection criteria for laboratory VERHECKEN, A., see Timmermans, L. robotic application personnel 51 WwW S WeinsteEIn, D. B. and France, D. S.: Jumping Scape, B.: Quality control in the year 2000 65 into the 20th century before it is too late: is ScHEFFLER, M.: Managing robotics in the generic laboratory robotics still in its infancy? pharmaceutical arena 37 SCHNIPESLKY, P., see Ozawa, K. SeE-Henc Li, see Jacob, E. Z Situ, B. V., see Malcolme-Lawes, D. J. ZIEGLER, F., LE Boucuer, J., Coupray-Lucas, S6HNEL, O., see March, J. G. C. and Cynoser, L.: Plasma amino-acid Sotiacaro, M., Dirrmar, A. and Later, R.: A determinations by reversed-phase HPLC: versatile injection system for flow-injection Improvement of the orthophthalaldehyde analysis method and comparison with ion exchange SwANson, J., see Fitzgerald, G. chromatography