Trends in Analytical Chemistry : TrAC 1992: Vol 11 Index

7 Pages·1992·2.2 MB·English

trends in analytical chemistry, indexes
Author Index
Ael, W. van, see Pluym, A. 27 Immunoassays: from RIA to — and Przyjazny, A.
Albin, M., see Amankwa, L.N. VIA 5 Electrochemistry of biopoly-
114 — and Zsindely, S. mers 298
Alonso, R.M., see Citores, M.J. The comparative standing of in- Crouch, S.R. see Townsend IV, E.B.
310 dividual instrumental analytical 90
Amankwa, L.N. techniques 267
—, Albin, M. and Kuhr, W.G. — and Zsindely, S. De Jong, G.J., see Kwakman, P.J.M.
Fluorescence detection in capil- Electrospray ionization-mass 232
lary electrophoresis 114 spectrometry: a quantitative De Keukeleire, D.
Baba, Y. snapshot on an instrumental —, Vindevogel, J., Sziics, R. and
— and Tsuhako, M. breakthrough 307 Sandra, P.
Gel-filled capillaries for nucleic Brinkman, U.A.Th., see Kwakman, The history and analytical chem-
acid separations in capillary P.J.M. 232 istry of beer bitter acids 275
electrophoresis 280 Busch, K.L. De Smet, M., see Pluym, A. 27
Mass spectrometric detection Del Rio, J.C.
Baeyens, W. for thin-layer chromatographic — and Philp, R.P.
Speciation of mercury in differ- separations 314 High-molecular-weight hydro-
ent compartments of the environ- Busch, M. carbons: a new frontier in or-
ment 245 — and Polster, J. ganic geochemistry 187
Baier, G. Automated FIA demonstrated Doerffel, K.
—, Klein, M. and Hudson, J.L. on chemiluminometric lactate Models of time-series analysis —
Data analysis of chaotic chemi- determination using the soft- a helpful tool for the evaluation
cal reactions 169 ware package FIACRE 230 of noisy data in distribution
Batsberg Pedersen, W., see analysis 182
Egsgaard, H. 164 Caddy, B. Donard, O.F.X.
Baumann, R.A., see Van Zoonen, P. United Kingdom Forensic Sci- — and Martin, F.M.
11 ence Services at a cross road? 1 Hyphenated techniques applied
Behrens, P. Carey, J.M. to environmental speciation
X-ray absorption spectroscopy — and Caruso, J.A. , Studies 17
in chemistry. I. Extended X-ray Plasma spectrometric detection Durindovaé, M.
absorption fine structure 218 for supercritical fluid chroma- — Kbik, I. and Kovacik, V.
X-ray absorption spectroscopy tography 287 MSDCARB -— a special data-
in chemistry. II. X-ray absorp- Carlsen, L., see Egsgaard, H. 164 base and software for mass spec-
tion near edge structure 237 Caruso, J.A., see Carey, J.M. 287 tral data of carbohydrates 355
Bengtsson, E., see Geladi, P. 41, Castro, M.D. Luque de, see Luque Durrant, S.F.
121 de Castro, M.D. 149 Inductively coupled plasma—
Blum, L.J., see Coulet, P.R. 57 Chanady, A., see Weismiiller, J.A. mass spectrometry for biologi-
Bornhop, D.J. 86 cal analysis 68
— and Verga, G.R. Citores, M.J.
Gasoline analysis by rapid scan- —, Alonso, R.M. and Fernandez, Ebato, H., see Okahata, Y. 344
ning absorbance detection for L.A. Egsgaard, H.
capillary gas chromatography A program for the graphical —, Larsen, E., Batsberg Pedersen,
194 evaluation of pKa values from W. and Carlsen, L.
Braun, T. spectrophotometric data 310 Analysis of antioxidants in poly-
— and Klein, A. Coulet, P.R. mer material by a strategy em-
Shpol’skii fluorimetry: the anat- — and Blum, L.J. ploying tandem mass
omy of an eponym 200 Bioluminescence/chemilumines- spectrometry and liquid chroma-
—, Klein, A., Zsindely, S. and Lyon, cence based sensors 57 tography 164
WS. Cox, J.A. Esbensen, K., see Geladi, P. 41, 121
398 trends in analytical chemistry, indexes
Esteban, M., see Ruisdnchez, I. 135 mental and biological analysis On the efficiency of algorithms
106 for multivariate linear calibra-
Fernandez de Aguiar, P., see Keller, tion used in analytical spectros-
H.R. 131 Keller, H.R. copy 270
Fernandez, L.A., see Citores, M.J. —, Fernandez de Aguiar, P. and Marcos, J.
310 Massart, D.L. —, Rios, A. and Valc4rcel, M.
Simulations of analytical pro- Automatic determination of
Gauglitz, G. cesses using Visual Basic 131 physico-chemical parameters by
—, Mettler, M. and Weiss, S. Keukeleire, D. de, see De the flow-rate gradient technique
The Kalman filter in quantita- Keukeleire, D. 275 373
tive multicomponent analysis Kissinger, P.T. Martin, F.M., see Donard, O.F.X. 17
203 Analytical chemistry. What is it? Massart, D.L., see Keller, H.R. 131
Geladi, P. Who needs it? Why teach it? 54 Mathiasson, L., see Jénsson, J A.
—, Bengtsson, E., Esbensen, K. and —, see Linhares, M.C. 171 106
Grahn, H. KIbik, I., see Durindova, M. 355 Meinicke, C.
Image analysis in chemistry. I. Klein, A., see Braun, T. 5, 200 —, Sorkau, E., Knoblauch, St. and
Properties of images, greylevel Klein, M., see Baier, G. 169 Zwanziger, H.W.
operations, the multivariate im- Knoblauch, St., see Meinicke, C. 8 Analysis of scanned data by
age 41 Kovacik, V., Durindova, M. 355 methods of time series analysis
—, Grahn, H., Esbensen, K. and Krull, I.S., see Zhou, F.-X. 80 8
Bengtsson, E. Kuhr, W.G., see Amankwa, L.N. Mettler, M., see Gauglitz,G. 203
Image analysis in chemistry. II. 114 Mitchell, A.C., see Morgan, C.G. 32
Multivariate image analysis 121 Kwakman, P.J.M. Morgan, C.G.
Ginkel, L.A. van, see Van Ginkel, —, De Jong, G.J. and Brinkman, —, Mitchell, A.C. and Murray, J.G.
L.A. 294 U.A.Th. In-situ fluorescence analysis us-
Gooijer, C., see Mank, AJ.G. 210 Mechanism of the peroxyox- ing nanosecond decay time im-
Gormally, J. alate chemiluminescence reac- aging 32
Lasers in mass spectrometry tion 232 Murray, J.G., see Morgan, C.G. 32
384
Gorman, J.J. Lange, B., see Scholz, F. 359 Nohta, H., see Ohkura, Y. 74
Mapping post-translational Larrechi, M.S., see Ruisdnchez, I.
modifications of viral proteins 135 Ohkura, Y.
by mass spectrometry 96 Larsen, E., see Egsgaard, H. 164 — and Nohta, H.
Grahn, H., see Geladi, P. 41, 121 Li, S.F.Y., see Yik, Y.F. 325 Fluorogenic reagents for the
Lingeman, H., see Mank, A.J.G. derivatization of catecholamines
Hanson, M. 210 and related compounds for liq-
— and Unger, K.K. Linhares, M.C. uid chromatographic analysis of
Polymer coatings as stationary — and Kissinger, P.T. biological samples 74
phases in high-performance liq- Bioanalytical sample prepara- Ojanpera, I.
uid chromatography 368 tion using microdialysis and ul- Toxicological drug screening by
Heise, H.M., see Marbach, R. 270 trafiltration capillaries 171 thin-layer chromatography 222
Hoff, G.R. van der, see Van Zoonen, Luque de Castro, M.D. Okahata, Y.
P. 11 Solid-phase reactors in flow in- — and Ebato, H.
Hogendoom, E.A., see Van Zoonen, jection analysis 149 Detection of bioactive com-
P. 11 Lyon, W.S., see Braun, T. 5 pounds using a lipid-coated
Hudson, J.L., see Baier, G. 169 quartz-crystal microbalance 344
Mandrup, G.
Jackson, M. In-process control of insulin pro- Perrett, D.
— and Mantsch, H.H. duction by high-performance liq- — and Ross, G.
Bio-analytical applications of uid chromatography 389 Capillary electrophoresis: a pow-
Fourier transform infrared spec- Mank, AJ.G. erful tool for biomedical analy-
troscopy 206 —, Lingeman, H. and Gooijer, C. sis and research? 156
Jong, G.J. de, see Kwakman, P.J.M. Diode laser-induced fluores- Persaud, K.C.
232 cence detection in chromatogra- Electronic gas and odour detec-
Jonsson, J.A. phy 210 tors that mimic chemoreception
— and Mathiasson, L. Mantoura, R.F.C., see Price, D. 379 in animals 61
Supported liquid membrane Mantsch, H.H., see Jackson, M. 206 Pesek, J.J.
techniques for sample prepara- Marbach, R. — and Williamsen, E.J.
tion and enrichment in environ- — and Heise, H.M. The potential uses of bonded liq-
trends in analytical chemistry, indexes 399
uid crystal materials in high-per- Smet, M. De, see Pluym, A. 27 Vindevogel, J., see De Keukeleire,
formance liquid chromatogra- Sorkau, E., see Meinicke, C. 8 D. 275
phy and supercritical-fluid Stephany, R.W., see Van Ginkel, Vogel, J.S.
chromatography 259 L.A. 294 — and Turteltaub, K.W.
Philp, R.P., see Del Rio, J.C. 187 Szantay, Jr., Cs. Biomolecular tracing through ac-
Pluym, A. High-field NMR spectroscopy celerator mass spectrometry 142
—, Van Ael, W. and De Smet, M. as an analytical tool for quantita-
Capillary electrophoresis in tive determinations: pitfalls, Weismiiller, J.A.
chemical/pharmaceutical quality limitations and possible solu- — and Chanady, A.
control 27 tions 332 Quantitative multicomponent
Polster, J., see Busch, M. 230 Sziics, R., see De Keukeleire, D. analysis of complex mixtures by
Price, D. 275 means of Full Spectrum Quanti-
—, Worsfold, P.J. and Mantoura, tation and principal component
R.EC. Thorne, J.M., see Zhou, F.-X. 80 analysis 86
Hydrogen peroxide in the ma- Townsend IV, E.B. Weiss, S., see Gauglitz, G. 203
rine environment: cycling and — and Crouch, S.R. Westerink, B.H.C.
methods of analysis 379 Computer considerations for a Monitoring molecules in the
Przyjazny, A., see Cox, J.A. 298 flow reversal/flow recycle con- conscious brain by microdia-
tinuous flow analysis system 90 lysis 176
Rhead, M.M. Trier, C.J., see Rhead, M.M. 255 Williamsen, E.J., see Pesek, J.J. 259
— and Trier, C.J. Tsuhako, M., see Baba, Y. 280 Wiseman, A.
Fuel residues and organic com- Turteltaub, K.W., see Vogel, J.S. Comparison of use of immobi-
bustion products in diesel ex- 142 lized cells and immobilized en-
haust emissions: sources, zymes for bioanalysis:
sampling and analysis 255 Unger, K.K., see Hanson, M. 368 considerations in determination
Rio, J.C. del, see Del Rio, J.C. 187 of ethanol 303
Rios, A., see Marcos, J. 373 Valcarcel, M., see Marcos, J. 373 Worsfold, P.J., see Price, D. 379
Rius, F.X., see Ruisanchez, I. 135 Van Ael, W., see Pluym, A. 27
Ross, G., see Perrett, D. 156 Van der Hoff, G.R., see Van Yik, Y.F.
Rossum, H.J. van, see Van Ginkel, Zoonen, P. 11 — and Li, S.F.Y.
L.A. 294 Van Ginkel, L.A. Capillary electrophoresis with
Ruisanchez, I. —, Stephany, R.W., Van Rossum, electrochemical detection 325
—, Larrechi, M.S., Rius, F.X. and H.J. and Zoontjes, P.W.
Esteban, M. Perspectives in residue analysis; Zhou, F.-X.
Computer-aided voltammetric the use of immobilized antibod- —~, Thorne, J.M. and Krull, I.S.
method development employing ies in (multi) residue analysis Silica based, solid phase re-
a knowledge-based expert sys- 294 agents for derivatizations in
tem 135 Van Rossum, H.J., see Van Ginkel, chromatography 80
L.A. 294 Zoonen, P. van, see Van Zoonen, P.
Sandra, P., see De Keukeleire, D. Van Zoonen, P. 11
275 —, Hogendoorn, E.A., Van der Zoontjes, P.W., see Van Ginkel, L.A.
Scholz, F. Hoff, G.R. and Baumann, R.A. 294
— and Lange, B. Selectivity and sensitivity in Zsindely, S., see Braun, T. 5, 267,
Abrasive stripping voltammetry coupled chromatographic tech- 307
— an electrochemical solid state niques as applied in pesticide Zwanziger, H.W., see Meinicke, C.
spectroscopy of wide applicabil- residue analysis 11 8
ity 359 Verga, G.R., see Bornhop, D.J. 194
trends in analytical chemistry, indexes
Subject Index
Abrasive stripping voltammetry Biosensors, application of immobi- Data analysis, chaotic chemical re-
359 lized cells and enzymes 303 actions 169
Absorbance detection, rapid scan- Biosensors, luminescence-based 57 Data processing, time series analy-
ning, application to GC analysis sis of scanned data 9
of gasoline 194 Capillary gel electrophoresis, sepa- Database, MS data of carbohy-
Accelerator MS, application to bio- ration of nucleic acids 280 drates 355
molecular tracing 142 Carbohydrates, database for MS Detection, electrochemical, use in
Algorithms, multicomponent analy- data 355 CE 325
sis 86 Catecholamines, fluorescence deri- Detection, electronic gas and odour
Algorithms, multivariate linear cali- vatization for LC determination sensors 61
bration in spectroscopy 270 74 Detection in chromatography, use
Amperometric detectors, use in CE, applicability and usefulness in of diode laser-induced fluores-
HPLC 298 biomedical analysis 156 cence 210
Analytical chemistry, its status in CE, chiral separations 27 Detection in chromatography, use
the scientific arena 54 CE, use in chemical/pharmaceuti- of peroxyoxalate chemilumines-
Analytical processes, simulations cal quality control 27 cence 232
using Visual Basic 131 CE, use of electrochemical detec- Detection in GC, a rapid scanning
Antibodies, immobilized, use in tion 325 UV-VIS system 194
residue analysis 294 CE, use of fluorescence detection Detection, MS, use in TLC 314
Antioxidants, determination by tan- 114 Detection, SFC, use of microwave
dem MS and HPLC 164 Chaos in experimental time series induced and inductively coupled
Automated flow-rate gradient tech- 169 plasmas 287
nique, determination of physico- Chemical sensors, luminescence- Diesel exhaust emissions, determi-
chemical parameters 373 based 57 nation of fuel residues and or-
Chemiluminescence, application to ganic combustion products 255
Beer bitter acids, history and ana- monitoring of hydrogen perox- Digital image analysis 41
lytical chemistry 275 ide in seawater 379
Belousov—Zhabotinsky reaction Chemiluminescence, mechanism of
169 the peroxyoxalate system 232
Bioactive compounds, detection us- Chemiluminescence-based sensors Abbreviations of techniques
ing a quartz-crystal microbal- 57
ance 344 Chemoreception, in biological sys- CE capillary
Bioanalysis, sample preparation us- tems 61 electrophoresis
ing microdialysis and ultrafiltra- Chromatography, application of FIA flow injection
tion capillaries 171 coupled techniques to pesticide analysis
Bioanalysis, use of FTIR spectros- residue analysis 11 FTIR Fourier transform
copy 206 Computer-aided voltammetry, use infrared spectroscopy
Biological matrices, application of of a knowledge-based expert GC gas chromatography
ICP-MS to elemental analysis system 135 HPLC high-performance
68 Computer applications, continuous liquid
Biological systems, use of elec- flow analysis 90 chromatography
tronic gas and odour detectors Computer applications, simulations ICP-MS _ inductively coupled
61 of analytical processes using plasma mass
Bioluminescence-based sensors 57 Visual Basic 131 spectrometry
Biomedical analysis, use of CE Continuous flow analysis, valve SFC supercritical fluid
156 control software and hardware chromatography
Biomolecular tracing, use of accel- 90 TLC thin-layer
erator MS 142 Criminal justice, role of forensic chromatography
Biopolymers, analysis using elec- science |
trochemistry 298
trends in analytical chemistry, indexes
Diode lasers, detection in chroma- haust emissions 255 ing of insulin production 389
tography 210 Full Spectrum Quantitation algo- Inductively coupled plasmas, cou-
Dissociation constants, program rithm, use in multicomponent pling to SFC 287
for graphical evaluation from analysis 86 Instrumental analytical techniques,
spectrophotometric data 310 comparative standing 267
Drug screening, toxicological, use Gasoline, analysis by GC with Insulin, in-process control by
of TLC 222 rapid scanning absorbance detec- HPLC 389
tion 194 Iso-at-acids, characteristics and
Electrochemical detection, use in Gas sensors, electronic 61 analysis 275
CE 325 GC, high-molecular-mass hydrocar- Isotope ratios, determination by
Electrochemistry, determination of bons 187 ICP-MS 68
biopolymers 298 GC-—absorbance detection, analysis
Electrospray ionization MS, of gasoline 194 Kalman filter, use in quantitative
growth and trends 307 Gel-filled capillaries, use in CE multicomponent analysis 203
Elemental analysis, ICP-MS 68 280
Environmental speciation studies Geochemistry, organic, high-mo- Lactate, determination using
of mercury 245 lecular-mass hydrocarbons 187 FIACRE software, automated
Environmental speciation studies FIA 230
using hyphenated techniques 17 High-field NMR, application to Laser-induced fluorescence, detec-
Ethanol biosensors, application of quantitative evaluation of mix- tion in chromatography 210
immobilized cells and enzymes tures 332 Lasers, role in MS 384
303 HPLC, determination of antioxi- LC, fluorogenic reagents for deter-
Expert system, application to vol- dants in polymers 164 mination of catecholamines 74
tammetric method development HPLC, in-process control of insu- LC-GC, pesticide residue analysis
135 lin production 389 11
Extended X-ray absorption fine HPLC, liquid crystal stationary LC-LC, pesticide residue analysis
structure 218 phases 259 11
HPLC, polymer coatings as station- Lipid-coated quartz-crystal bal-
FIA, computer-controlled, use of ary phases 368 ance, application to the detec-
the software package FIACRE HPLC, use of silica based solid- tion of bioactive compounds
230 phase reagents 80 344
FIA, use of solid-phase reactors Hydrocarbons, high-molecular- Lipids, FTIR spectroscopy 206
149 mass GC analysis 187 Liquid crystal stationary phases, in
FIACRE, software for automated Hydrogen peroxide, cycling and de- HPLC and SFC 259
FIA 230 termination in seawater 379 Liquid membranes, supported, use
Flow-rate gradient technique, appli- Hyphenated techniques, in environ- in extraction and enrichment
cation to automatic determina- mental speciation studies 17 106
tion of physico-chemical Hyphenated techniques, pesticide Literature search on the Shpol’skii
parameters 373 residue analysis 11 eponym 200
Flow reversal flow injection analy-
sis, computer considerations 90 ICP-MS, application to biological Membranes, hydrophilic and hydro-
Fluorescence detection, diode laser- analysis 68 phobic, use as sample probes
induced, use in chromatography Image analysis, generation and 171
210 properties of images 41 Mercury, speciation in the environ-
Fluorescence detection, use in CE Image analysis, multivariate im- ment 245
114 ages 121 Method development, computer-
Fluorescence microscopy, use of an Imaging single photon detector, aided, for voltammetric analysis
intensified CCD camera 32 use in-situ fluorescence analysis 135
Fluorescence spectroscopy, in situ 32 Microdialysis, sampling of ex-
analysis using nanosecond de- Immobilized cells, use in bioanal- tracellular fluid of living tissue
cay time imaging 32 ysis 303 176
Fluorogenic reagents, application Immobilized enzymes, use in Microdialysis, use in bioanalytical
to LC determination of catechol- bioanalysis 303 sample preparation 171
amines 74 Immunoaffinity chromatography, Microwave-induced plasmas, cou-
Forensic science, role in criminal application to residue analysis pling to SFC 287
justice processes 1 294 MS, accelerator, use in biomolecu-
FTIR spectroscopy, application to Immunoassays, a scientometric lar tracing 142
complex biological systems 206 study 5 MS, database and software for car-
Fuel residues, analysis of diesel ex- In-process control, HPLC monitor- bohydrates 355
402
trends in analytical chemistry, indexes
MS, detection in TLC 314 sulin production 389 149
MS, mapping of post-translational Proteins, FTIR spectroscopy 206 Solid-phase reagents, silica based,
modifications of viral proteins Proteins, viral, mapping of post- application to derivatization in
96 translational modifications by HPLC 80
MS, use of laser techniques 384 MS 96 Solid-state analysis, use of abra-
MS-MS, determination of antioxi- sive stripping voltammetry 359
dants in polymers 164 Quality control, use of CE in Speciation studies in the environ-
MSDCARB, database for MS data chemical/pharmaceutical re- ment using hyphenated tech-
of carbohydrates 355 search 27 niques 17
Multicomponent analysis, quantita- Quartz-crystal microbalance, lipid- Speciation studies of mercury in
tive, use of Kalman filtering 203 coated, detection of bioactive the environment 245
Multicomponent analysis, use of compounds 344 Spectroscopy, use of an imaging
the Full Spectrum Quantitation single photon detector 32
algorithm 86 Radiolabelling, determination of Spectroscopy, use of multivariate
Multivariate image analysis, theory combustion products in diesel linear calibration algorithms 270
and potential 121 exhaust emissions 255 Stationary phases, bonded liquid
Multivariate linear calibration algo- Residue analysis, use of immobi- crystal materials in HPLC and
rithms, use in spectroscopy 270 lized antibodies 294 SFC 259
Stationary phases, HPLC, use of
Neurochemicals, monitoring in the Sample preparation, analysis of die- polymer coatings 368
brain by microdialysis 176 sel exhaust emissions 255
NMR, at high magnetic field Sample preparation, use of liquid Time resolved array detection, use
strength, use for quantitation membrane techniques 106 of an imaging single photon de-
332 Sample preparation, use of mi- tector 32
Nucleic acids, separation by capil- crodialysis and ultrafiltration Time-series analysis, application to
lary gel electrophoresis 280 capillaries 171 scanned measuring quantities 9
Scientometrics, electrospray ioniza- Time-series analysis, models for
Odour sensors, electronic 61 tion MS 307 improving signal-to-noise ratios
Optical sensors, potential of biolu- Scientometrics, immunoassays 5 182
minescence and chemilumines- Scientometrics, Shpol’skii TLC, MS detection 314
cence 57 fluorimetry 200 TLC, toxicological drug screening
Organic compounds, analysis of Scientometrics, use of instrumental 222
diesel exhaust emissions 255 analytical techniques 267 Toxicological drug screening, use
Organic geochemistry, high-mo- Seawater, cycling and determina- of TLC 222
lecular-mass hydrocarbons 187 tion of hydrogen peroxide 379
Sensors, luminescence-based 57 Ultrafiltration capillaries, use in
Partial least squares, application to SFC, liquid crystal stationary bioanalytical sample preparation
multivariate calibration in spec- phases 259 171
troscopy 270 SFC, use of plasma spectrometric UV-VIS spectroscopy, use of the
Peroxyoxalate chemiluminescence, detection 287 Full Spectrum Quantitation algo-
mechanism 232 Shpol’skii fluorimetry, scientomet- rithm 86
Pesticides, LC—LC and LC-GC in rics 200
residue analysis 11 Signal-to-noise ratios, improve- Viral proteins, mapping of post-
Plasma spectrometric detection, ment by time-series analysis translational modifications by
use in SFC 287 182 MS 96
Polarography, analysis of biopo- Silica based, solid-phase reagents, Visual Basic, computer simulations
lymers 298 use in HPLC 80 of analytical processes 131
Polymer coatings, use as stationary Simulation programs, use of Visual Voltammetry, abrasive stripping
phases in HPLC 368 Basic 131 359
Principal component analysis, mul- Software, graphical calculation of Voltammetry, characterization of
ticomponent analysis 86 dissociation constants from spec- biopolymers 298
Principal component analysis, mul- trophotometric data 310 Voltammetry, computer-aided, use
tivariate images 121 Software, Kalman filtering in quan- of a knowledge-based expert
Principal component regression, ap- titative multicomponent analysis system 135
plication to multivariate calibra- 203
tion in spectroscopy 270 Software, program for automated X-ray absorption near edge struc-
Process control, use of FTACRE FIA 230 ture 237
software 230 Software, time series analysis 9 X-ray absorption spectroscopy
Process control, use of HPLC in in- Solid-phase reactors, use in FIA 218, 237