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| Ïîèñê ïî óêàçàòåëÿì |
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| Katz E. (ed.) — Handbook of HPLC |
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| Ïðåäìåòíûé óêàçàòåëü |
Reciprocating pumps 501—508
Reciprocating pumps bubbles and degasing 508
Reciprocating pumps check valves 505—508
Reciprocating pumps solvent compressibility 503—505
Recycle chromatography 510
Refractive index (RT) detector 154—156 536—537 555
Refractive index (RT) detector, optical principles 155
Refractive index (RT) detector, performance and application 156
Refractive index (RT) detector, to identify lipid compounds 759—761 764
Refractometry 284—285
Retention and selectivity 1—54
Retention and selectivity, chemical structure of surfaces and retention 21—31
Retention and selectivity, chemical structure of surfaces and retention, ion-exchange chromatography 29—31
Retention and selectivity, chemical structure of surfaces and retention, normal-phase LC 26—28
Retention and selectivity, chemical structure of surfaces and retention, reversed-phase LC 28—29
Retention and selectivity, chemical structure of surfaces and retention, support materials in LC 21—26
Retention and selectivity, effects of temperature on retention 607
Retention and selectivity, equations for chromatographic eluent selection 14—21
Retention and selectivity, principles of distribution and adsorption 1—14
Retention and selectivity, principles of distribution and adsorption, distribution coefficients and chemical potentials in solution 4
Retention and selectivity, principles of distribution and adsorption, distribution coefficients in adsorption from solution 4—7
Retention and selectivity, principles of distribution and adsorption, retention factor and distribution coefficients 2—3
Retention and selectivity, principles of distribution and adsorption, solvation of analytes 7—14
Retention and selectivity, stationary phases of special types of chromatography 31—36
Retention and selectivity, stationary phases of special types of chromatography, affinity chromatography 32—33
Retention and selectivity, stationary phases of special types of chromatography, chiral-stationary phases 33—35
Retention and selectivity, stationary phases of special types of chromatography, hydrophobic-interaction chromatography 35—36
Retention and selectivity, stationary phases of special types of chromatography, size-exclusion chromatography 36
Retention and selectivity, use of secondary chemical equilibria 36—52
Retention and selectivity, use of secondary chemical equilibria, acid-base equilibria 37—47
Retention and selectivity, use of secondary chemical equilibria, complexation equilibria 47—51
Retention and selectivity, use of secondary chemical equilibria, partition equilibria into pseudophases 51—52
Reversed-phase stationary phases 28—29 293—323
Reversed-phase stationary phases additional reverse d-phase supports and stationary phases 317
Reversed-phase stationary phases, carbon-based phases 314
Reversed-phase stationary phases, chemically bonded silica based phases 298—310
Reversed-phase stationary phases, chemically bonded silica based phases, characterization techniques 308—310
Reversed-phase stationary phases, chemically bonded silica based phases, monomeric stationary phases 299—302
Reversed-phase stationary phases, chemically bonded silica based phases, polymeric stationary phase 302
Reversed-phase stationary phases, chemically bonded silica based phases, selectivities of monomeric and polymeric phases 303—308
Reversed-phase stationary phases, metal oxide supports other than silica 314—317
Reversed-phase stationary phases, metal oxide supports other than silica, chemically bonded alumina-based phases 315
Reversed-phase stationary phases, metal oxide supports other than silica, polymer-coated alumina-based phases 316
Reversed-phase stationary phases, metal oxide supports other than silica, zirconia- and titamia-based phases 316—317
Reversed-phase stationary phases, polymer-based phases 312—313
Reversed-phase stationary phases, polymer-coated silica-based phases 310—312
Reversed-phase stationary phases, silica 293—298
Ribonucleotides, large 733—734
Rivastatin 661
Saccharides 754
SCE-2787(cefozopran) 661—662
Secondary chemical equilibria 36—52
Secondary chemical equilibria, acid-base equilibria 37—47
Secondary chemical equilibria, complexation equilibria 47—51
Secondary chemical equilibria, partition equilibria into pseudophases 51—52
Selectivity see “Retention and selectivity”
Selenium anions 815—816
Self-regenerating suppressor 427—430
Serpentine tubes, low-dispersion 583—585
Serum albumin phases 675
Silica see also “Chemically bonded silica-based phases”
Silica for adsorption chromatography stationary phases 325—327
Silica for ion-exchange chromatography stationary phases 389—390
Silica for RPLC stationary phases 293—298
Silica, silica gel 22 23—24
Simvastatin 662—663
Single-wavelength detector 148—149
Size exclusion chromatography (SEC) 273—292 831 832—848
Size exclusion chromatography (SEC) applications 274—275 841—843
Size exclusion chromatography (SEC) band broadening 281
Size exclusion chromatography (SEC) calibration 277—281
Size exclusion chromatography (SEC) calibration, broad-molecular weight calibration 279
Size exclusion chromatography (SEC) calibration, primary calibration 278
Size exclusion chromatography (SEC) calibration, secondary calibration 279
Size exclusion chromatography (SEC) calibration, universal calibration 279—281
Size exclusion chromatography (SEC) column selection 282—283
Size exclusion chromatography (SEC) detection 284—289
Size exclusion chromatography (SEC) detection, composition detectors 285—287
Size exclusion chromatography (SEC) detection, concentration detectors 284—285
Size exclusion chromatography (SEC) detection, molecular-weight-sensitive detectors 287—289
Size exclusion chromatography (SEC) hydrophobic polymers 848
Size exclusion chromatography (SEC) kinetic optimization of 136—138
Size exclusion chromatography (SEC) mobile selection 283—284
Size exclusion chromatography (SEC) mobile selection, organosoluble polymers 283
Size exclusion chromatography (SEC) mobile selection, water-soluble polymers 283—284
Size exclusion chromatography (SEC) molecular weight measurements 275—276 833—841
Size exclusion chromatography (SEC) packing characteristics 282
Size exclusion chromatography (SEC) resolution 281—282
Size exclusion chromatography (SEC) separation by oligomers 843—848
Size exclusion chromatography (SEC) separation mechanism 276—277
Size exclusion chromatography (SEC) solute concentration effects 284
Size exclusion chromatography (SEC) stationary phases for 36
Size exclusion chromatography (SEC) study of degradation and polymerization reactions with 914—918
Size exclusion chromatography (SEC) system evaluation 284
Small-volume sample injection 566—568
Snyder — Soczewkinski retention model 327—329
Solubility parameter model 9—11
Solute properly detectors 539—554
Solute properly detectors, electrochemical detector 550—551
Solute properly detectors, fluorescence detectors 547—550
Solute properly detectors, light-scattering detector 551—552
Solute properly detectors, tridet multifunctional detector 552—554
Solute properly detectors, UV detectors 540—547
Starches 754
Stationary phases effects of temperature on 608
Stationary phases for HIC 465—472
Stationary phases for ion interaction chromatography 456
Stationary phases for ion-exchange chromatography 29—31
Sugars 755—757 817
Sulfamethazine 663—664
Sulfur-containing anions 814—815
Supercritical fluid chromatography (SFC), kinetic optimization of 134—136
Support materials in LC 21—26
Support materials in LC inorganic materials 24
Support materials in LC modification of support materials 24—26
| Support materials in LC organic polymers 24
Support materials in LC physical parameters 22
Support materials in LC silica gels 23—24
Suppressed ion chromatography 419—439
Suppressed ion chromatography, eluents in suppression ion chromatography 430—434
Suppressed ion chromatography, hollow-fiber membrane suppressor 423—424
Suppressed ion chromatography, ion-exchange column suppression 419—423
Suppressed ion chromatography, micromembrane suppression 424—427
Suppressed ion chromatography, other suppression applications 438—439
Suppressed ion chromatography, other suppression techniques 434—437
Suppressed ion chromatography, postsuppression strategies 437—438
Suppressed ion chromatography, self-regenerating suppression 427—430
Surfactants 789—904
Surfactants, ionic surfactants 790—798
Surfactants, ionic surfactants, amphoteric surfactants 796—798
Surfactants, ionic surfactants, anionic surfactants 790—795
Surfactants, ionic surfactants, cationic surfactants 795
Surfactants, ionic surfactants, general principles 790
Surfactants, nonionic surfactants 799—802
Surfactants, nonionic surfactants, analysis of individual nonionic surfactants 800—802
Surfactants, nonionic surfactants, general principles 799—800
Synthetic dyestuffs, identification of 905—909
Synthetic oligodeoxyribonucleotides 729—731
Synthetic oligoribonucleotides 731—732
Syringe pumps 509
Tandem LC systems 581—606
Tandem LC systems, LC-mass spectrometry systems 585—596
Tandem LC systems, LC-mass spectrometry systems, atmospheric lomzation interface 591—593
Tandem LC systems, LC-mass spectrometry systems, electro spray interface 589—591
Tandem LC systems, LC-mass spectrometry systems, laser desorption mass spectrometry 593—596
Tandem LC systems, LC-mass spectrometry systems, thermospray interface 587—589
Tandem LC systems, LC-mass spectrometry systems, transport interface 586—587
Tandem LC systems, low-dispersion connecting tubes 582—585
Tandem LC systems, low-dispersion connecting tubes, serpentine tubes 583—585
Tandem LC systems, other tandem LC systems 596—604
Tandem LC systems, other tandem LC systems, LC-atomic absorption spectroscopy systems 596—600
Tandem LC systems, other tandem LC systems, LC-infrared 600—602
Tandem LC systems, other tandem LC systems, LC-nuclear magnetic resonance systems 602—604 605
Tellurium anions 815—816
Temperature control 607—615
Temperature control, detector performance and 609—610
Temperature control, devices for 610—611
Temperature control, effects of temperature in on-line reactors 610
Temperature control, effects of temperature on analysis confirmation 609
Temperature control, effects of temperature on column efficiency 60S
Temperature control, effects of temperature, on retention 607
Temperature control, effects of temperature, on the stationary phase 60S
Temperature control, effects of temperature, on viscosity 608
Temperature control, examples of temperature effects 612—613
Temperature programming in LC 225—226
Temperature-rising elution fractionation (TrEF) 226 831 854—855
Tentacle ion-exchange phases 388—389
Testosterone-related compounds 664—665
Tetracycline 666
Textiles, applications of biotechnology for 696
Theophylline 648
Thermodynamic parameters, determination of 882—885
Thermodynamic parameters, determination of, adsorption isotherms by displacement chromatography 883—885
Thermodynamic parameters, determination of, temperature dependence of the retention 882—883
Thiophilic adsorption 496
Titania 316—317
Titania in adsorption chromatography 327
Transition metals 819—820
Trident multifunctional detector 552—554
Tungstate 816
Ultraviolet (UV) detectors 540—547 555
Ultraviolet (UV) detectors, diode-array detector 544—547
Ultraviolet (UV) detectors, fixed-wavelength detector 540—543
Ultraviolet (UV) detectors, to identify lipid compounds 758 759
Ultraviolet (UV) detectors, variable-wavelength detector 543—544
Ultraviolet (UV) spectrophotometry 285 286
Undenvatized ammo acids, detection of 709
Univariate data analysis, computer-assisted 260—263
UV-vis absorbance detector 147—150
UV-vis absorbance detector, multiple wavelength absorbance detection 149—150
UV-vis absorbance detector, single- and variable-wavelength detectors 148—149
Valve-switching options and requirements 200—205
Valve-switching options and requirements backflush 202
Valve-switching options and requirements comprehensive two-dimensional chromatography 204—205
Valve-switching options and requirements cutting 200—202
Valve-switching options and requirements multivalve configuration 202—204
Variable-wavelength detector 148—149 543—544
Viral proteins 728
Viscosity detector 165
Viscosity, effects of temperature on 608
Vitamins 761—762 763 768—774
Water, organic pollutants in 929—974
Water, organic pollutants in conventional detectors 940—964
Water, organic pollutants in conventional detectors, LC with diode-array detection analysis 940—941
Water, organic pollutants in conventional detectors, LC with electrochemical detection 941—944
Water, organic pollutants in conventional detectors, LC with fluorescence detection 945
Water, organic pollutants in conventional detectors, LC with mass spectrometric analysis 945—964
Water, organic pollutants in interlaboratory tests using on-line LC 964—970
Water, organic pollutants in sample handling strategies 930—940
Water, organic pollutants in sample handling strategies, liquid-liquid extractions 931—932
Water, organic pollutants in sample handling strategies, liquid-solid extraction 932—940
Water-soluble polymers 283—284
Zidovudine 666
Zirconia 316—317
Zirconia in adsorption chromatography 327
Zone spreading 55—142
Zone spreading, flow phenomena and compressibility effects 115—121
Zone spreading, flow phenomena and compressibility effects, compressibility effects on flow and plate height 118—120
Zone spreading, flow phenomena and compressibility effects, electrodrive and electrokinetic chromatography 120—121
Zone spreading, flow phenomena and compressibility effects, pressure flow relations 115—118
Zone spreading, measures of efficiency 56—115
Zone spreading, measures of efficiency, broadening and peak shape from nonideal and extracolumn processes 107—115
Zone spreading, measures of efficiency, mechanisms of zone-broadening 69—107
Zone spreading, measures of efficiency, peak shape 56—59
Zone spreading, measures of efficiency, random-walk processes, variance, diffusion, and plate height 61—66
Zone spreading, measures of efficiency, resolution and peak capacity 66—69
Zone spreading, measures of efficiency, theoretical plate concept 59—61
Zone spreading, optimization 122—140
Zone spreading, optimization, kinetic optimization 123—133
Zone spreading, optimization, kinetic optimization of separation methods for macromolecules 133—140
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