Katz E. (ed.) — Handbook of HPLC :: Электронная библиотека попечительского совета мехмата МГУ

Главная Ex Libris Книги Журналы Статьи Серии Каталог Wanted Загрузка ХудЛит Справка Поиск по индексам Поиск Форум

Авторизация

Поиск по указателям

Katz E. (ed.) — Handbook of HPLC

Обсудите книгу на научном форуме

Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter

Название: Handbook of HPLC

Автор: Katz E. (ed.)

Аннотация:

Discusses principles, techniques, and instrumentation involving HPLC, delineating its usage in separation, purification, and detection processes across a wide variety of disciplines in industry and research. Part I covers HPLC theory, and Part II discusses different HPLC modes and critically addresses their applicability and limitations. Part III describes principles and practical operations of modern HPLC equipment, and Part IV examines applications. For chemists, biologists, and students.

Язык:

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1998

Количество страниц: 974

Добавлена в каталог: 18.02.2007

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

$\alpha$ -olefin sulfonates      793
$\alpha$ -olefin sulfonates other anionic sulfonates      793—795
$\alpha_1$ -Acidglycoprotein (ACP) chiral stationary phase      673—675
6-Methylen-androsta-l,4-diene-3,7-dione      654
Acid-base equilibria      37—47
Acrylic polymer-based phase for ion-exchange chromatography      386—387
Actinides      820—821
Activity coefficients in mixed liquid phases      7—14
Acyclovir      630
Adsorption chromatography      325—348
Adsorption chromatography retention mechanisms      327—348
Adsorption chromatography retention mechanisms, applications      344—348
Adsorption chromatography retention mechanisms, localized and delocalized interactions      329
Adsorption chromatography retention mechanisms, main parameters goveming solutes      329—340
Adsorption chromatography retention mechanisms, mobile phase choice and optimization      340—344
Adsorption chromatography retention mechanisms, Snyder — Soczewkinski model      327—329
Adsorption chromatography stationary phases      325—327
Adsorption chromatography stationary phases, bare silica      325—327
Adsorption chromatography stationary phases, miscellaneous adsorbents      327
Adsorption isotherms determination by displacement chromatography      883—885
Advanced data analysis, computer-assisted      259—267
Affinity chromatography (AFC)      483—498
Affinity chromatography (AFC) principles      483—491
Affinity chromatography (AFC) principles, application conditions      489—491
Affinity chromatography (AFC) principles, elution conditions      491
Affinity chromatography (AFC) principles, immobilization methods      489 490
Affinity chromatography (AFC) principles, support materials      487—489
Affinity chromatography (AFC) principles, theoretical basis      484—486
Affinity chromatography (AFC) principles, types of affinity ligands      486—487
Affinity chromatography (AFC) stationary phases      32—33
Affinity chromatography (AFC) types of AFC      492—496
Affinity chromatography (AFC) types of AFC analytical affinity chromatography      495—496
Affinity chromatography (AFC) types of AFC bioaffinity chromatography      492
Affinity chromatography (AFC) types of AFC dye-ligand affinity chromatography      494
Affinity chromatography (AFC) types of AFC immobilized metal ion affinity chromatography      494—495
Affinity chromatography (AFC) types of AFC immunoaffinity chromatography      492—494
Affinity chromatography (AFC) types of AFC miscellaneous ligands and methods      496
Agricultural applications of biotechnology      696
Alclofenac      630—631
Alcohol ethoxylates      801
Alcohols, dervatization of      684—685
Alkali metals      818
Alkaline earth metals      818
Alkanesulfonates      790—791
Alkyl sulfates      790—791
Alkylarylsulfonates      791—792
Alkylphenol ethoxylates      800—801
Alumina      22 24
Alumina, adsorption chromatography and      327
Alumina, chemically bonded alumina-based phases      315
Alumina, polymer-coated alumina-based phases      316
Amfenac      631
Amine oxides      802
Amines, denvatization of      685—686
Amino acids      707—716
Amino acids classic analysis of      707
Amino acids detection of underivatized ammo acids      709
Amino acids hydrolysis of polypeptides      707—709
Amino acids postcolumn reaction detection methods      709—710
Amino acids precolumn denvatization techniques      710—716
Ammonium      821
Amoxicillin      631—632
Amphoteric surfactants      796—798
Analytical affinity chromatography      495—496
Analytical affinity chromatography, ion-exchange process for low molecular weight ions in      366—371
Anion self-regenerating suppressor      428 429
Anion separation in nonsuppressed ion chromatography      441
Anionic surfactants      790—795
Anionic surfactants alkyl sulfates and alkanesulfonates      790—791
Anionic surfactants alkylarylsulfonates      791—792
Anionic surfactants ether sulfates      792—793
Anions      see “Ions and inorganic species”
Arsenic anions      815—816
Art conservation      903—927
Art conservation, background      903—904
Art conservation, future applications      919—920
Art conservation, future applications fatty acid analysis and hybrid techniques      919—920
Art conservation, future applications LC-mass spectrometry      920
Art conservation, future applications, carbohydrate analysis of gums and celluloses      919
Art conservation, general areas of investigation      904—905
Art conservation, primary HPLC applications      905—919
Art conservation, primary HPLC applications, identification of natural and early synthetic dyestuffs      905—909
Art conservation, primary HPLC applications, ion chromatography for monitoring inorganic contaminants      918
Art conservation, primary HPLC applications, monitoring organic pollutants in museum environment      918—919
Art conservation, primary HPLC applications, proteinaceous materials in conservation      910—914
Art conservation, primary HPLC applications, study of degradation and polymerization reactions      914—918
Ascorbic acid      632
Atmospheric pressure chemical ionization (APCI) process      591—593 960—964
Atomic absorption (AA)      404—406
Atomic absorption (AA), LC-atomic absorption spectroscopy (LC-AA) tandem systems      596—600
Autosamplers      569 570—571
BAYy3118      632
Benorylate, quantitation of impurities in      356—357 358
Bioaffinity chromatography      492
Biological ion exchangers      390—391
Biologically active compounds      see “Drugs in biological samples”
Biomedical science, role of hydrophobicity in      860—861
biotechnology      695—751
Biotechnology amino acids      707—716
Biotechnology amino acids, classic analysis      707
Biotechnology amino acids, detection of underivatized amino acids      709
Biotechnology amino acids, hydrolysis of polypeptides      707—709
Biotechnology amino acids, postcolunm reaction detection methods      709—710
Biotechnology amino acids, precolumn derivatization techniques      710—716
Biotechnology carbohydrates      734—742
Biotechnology carbohydrates complex carbohydrates      736—739
Biotechnology carbohydrates microheterogeneity of glycoproteins      739—742
Biotechnology carbohydrates simple carbohydrates and related compounds      735—736
Biotechnology downstream processing      742—745
Biotechnology general chromatographic developments      700—707
Biotechnology general chromatographic developments, bioprocess control      700—702
Biotechnology general chromatographic developments, column technology      702—707
Biotechnology methodology      697—700
Biotechnology nucleic acid and related compounds      729—734
Biotechnology nucleic acid and related compounds, large deoxyribonucleotides      732—733
Biotechnology nucleic acid and related compounds, large ribonucleotides      733—734
Block copolymers of ethylene oxide and propylene oxide      802
Bromazepam      633
Bulk properly detectors      536—539
Bulk properly detectors electrical conductivity detector      537—539
Bulk properly detectors refractive index detectors      536—537
Buprenorphine      634
Calibration for an SEC system      277—281
Calibration for an SEC system broad-molecular weight calibration      279
Calibration for an SEC system primary calibration      278
Calibration for an SEC system secondary calibration      279
Calibration for an SEC system universal calibration      279—281
Canrenone      635
Capillary electrophoresis (CE)      44—46 169—191 822—824
Capillary electrophoresis (CE), emergence of commercial instruments      170—172
Capillary electrophoresis (CE), HPLC and      170
Capillary electrophoresis (CE), modes      184—189
Capillary electrophoresis (CE), modes capillary gel electrophoresis      188—189
Capillary electrophoresis (CE), modes capillary isolectic focusing      187—188
Capillary electrophoresis (CE), modes capillary isotachophoresis      186—187
Capillary electrophoresis (CE), modes capillary zone electrophoresis      185—186
Capillary electrophoresis (CE), modes micellar electrokinetic capillary chromatography      186
Capillary electrophoresis (CE), principles      172—184
Capillary electrophoresis (CE), principles, electro osmotic flow      174—177
Capillary electrophoresis (CE), principles, electrophoresis mobility      172—173
Capillary electrophoresis (CE), principles, experimental considerations      182—184
Capillary electrophoresis (CE), principles, factors influencing performance      180—182
Capillary electrophoresis (CE), principles, separation efficiency and resolution      177—180
Capillary gel electrophoresis (CGE)      170 188—189
Capillary isolectric focusing (CIEF)      170 187—188
Capillary zone electrophoresis (CZE)      170 185—186
Carbamazepine      635
Carbohydrate analysis of gums and cellulose      919
Carbohydrates      734—742 753—757
Carbohydrates, complex carbohydrates      736—739

Carbohydrates, microheterogeneity of glycoproteins      739—742
Carbohydrates, simple carbohydrates and related compounds      735—736
Carbon-based phases for RPLC      314
Carbon-clad zirconia      316
Carboxylic acids      817
Carboxylic acids derivatization of      686—687
Catecholamines      636—638
Cation self-regenerating suppressor      428 429
Cationic surfactants      795
Cations      see “Ions and inorganic species”
Celiprolol      638
Cellulose-based phases      387—391
Check valves      505—508
Chelation equilibria      49—51
Chemically bonded alumina-based phases      315
Chemically bonded silica-based phases for RPLC      298—310
Chemically bonded silica-based phases for RPLC, characterization techniques      308—310
Chemically bonded silica-based phases for RPLC, monomeric stationary phases      299—302
Chemically bonded silica-based phases for RPLC, polymeric stationary phases      302
Chemically bonded silica-based phases for RPLC, selectivities of phases      303—308
Chemicals, application of biotechnology for      696
Chemisorption chromatography      496
Chiral pharmaceutical analysis      669—693
Chiral pharmaceutical analysis, chiral mobile-phase additives (CMPAs)      677—682
Chiral pharmaceutical analysis, chiral mobile-phase additives (CMPAs), chiral counterions      678—680
Chiral pharmaceutical analysis, chiral mobile-phase additives (CMPAs), cyclodextrins      680—682
Chiral pharmaceutical analysis, chiral mobile-phase additives (CMPAs), ligand- exchange chromatography      678
Chiral pharmaceutical analysis, chiral stationary phases (CSPs)      670—677
Chiral pharmaceutical analysis, chiral stationary phases (CSPs), $\alpha_1$ -acidglycoprotein      673—675
Chiral pharmaceutical analysis, chiral stationary phases (CSPs), cyclodextrin stationary phases      675—676
Chiral pharmaceutical analysis, chiral stationary phases (CSPs), ovomucoid-bonded stationary phase      675
Chiral pharmaceutical analysis, chiral stationary phases (CSPs), Pirkle phases      677
Chiral pharmaceutical analysis, chiral stationary phases (CSPs), polysaccharides      670—673
Chiral pharmaceutical analysis, chiral stationary phases (CSPs), serum albumin phases      675
Chiral pharmaceutical analysis, enantioselectivity in biological systems      669
Chiral pharmaceutical analysis, indirection separation of enantiomers      682—687
Chiral pharmaceutical analysis, indirection separation of enantiomers derivatization of alcohol      684—685
Chiral pharmaceutical analysis, indirection separation of enantiomers derivatization of amines      685—686
Chiral pharmaceutical analysis, indirection separation of enantiomers derivatization of carboxylic acids      686—687
Chiral pharmaceutical analysis, separation of enantiomers by HPLC      670
Chiral stationary phases (CSPs)      33—35 670—677
Chloroguanide      638
Chloroqume      638
Chlortetracycline      666
Chlorzoxazone      638—639
Chromate      816
Chromatographic hydrophobicily index      867—873
Chromatographic profiles and retention, prediction of      238—246
Chromatographic profiles and retention, prediction of quantitative structure-retention relations      241—243
Chromatographic profiles and retention, prediction of simulation of profiles      240—241
Chromatographic profiles and retention, prediction of “first-guess” expert systems      243—246
Clobazam      639
Clozapine      639
Cocaine      639—641
Collection devices      617—627
Collection devices applications      622
Collection devices fraction collectors      617—618
Collection devices operational considerations of fraction collection      618—622
Collection devices operational considerations of fraction collection low-resolution techniques      618
Collection devices operational considerations of fraction collection separation of complex mixtures      618—622
Collection devices other types of fraction collection devices      622—625
Collection devices troubleshooting      625—627
Column efficiency, effects of temperature on      608
Column-switching methods      198—205
Column-switching methods, effects of the column in LC      198—200
Column-switching methods, relative advantages and disadvantages of gradient-elution LC methods and      230
Column-switching methods, relative advantages and disadvantages of isocratic LC separations and      229
Column-switching methods, valve-switching options and requirements      200—205
Column-switching valves      569—573
Complex carbohydrates      736—739
Complex stability constants, determination of      875—878
Complexation equilbna      47—51
Compressibility effects onflow and plate weight      118—120
Computers      233—271
Computers, advanced data analysis      259—267
Computers, advanced data analysis, multivariate data analysis      263—267
Computers, advanced data analysis,univariate data analysis      260—263
Computers, automation and instrument control      234—238
Computers, automation and instrument control, column coupling and hyphenated separation techniques      237—238
Computers, automation and instrument control, on-line monitoring and control      238
Computers, automation and instrument control, sample preparation      235—237
Computers, computer-assisted method development      246—257
Computers, computer-assisted method development for gradient separations      253—255
Computers, computer-assisted method development for isocratic separations      255—257
Computers, computer-assisted method development, general considerations      247—251
Computers, computer-assisted method development, optimization criteria      251—252
Computers, interlaboratory tests using on-line LC      964—970
Computers, method validation      257—259
Computers, prediction of chromatographic profiles and retention      238—246
Computers, prediction of chromatographic profiles and retention, quantitative structure-retention relations      241—243
Computers, prediction of chromatographic profiles and retention, simulation of profiles      240—241
Computers, prediction of chromatographic profiles and retention, “first-guess” expert systems      243—246
Conductimetric detection      395—396
Conductivity detection      160—162
Conductivity detection in ion chromatography      417—419
Conductivity detection principles of operation      160—161
Conductivity detection suppression systems      161—162
Constant flow rate pumps      500—501
Constant-pressure pumps      500
Cosmetics, applications of biotechnology for      696
Coumann      641—642
Cyclamates      754
Cyclodextrins (CDs)      680—682
Danazol      642
Debrisoquine      642
Deoxyribonucleotides, large      732—733
Detectors (detection)      143—168 531—558
Detectors (detection) as operating variable in ion-exchange chromatography      395—406
Detectors (detection) in ion interaction chromatography      457—459
Detectors (detection) to identify lipid components      758—761 764 765 766
Detectors (detection), bulk properly detectors      536—539
Detectors (detection), bulk properly detectors, electrical conductivity detector      537—538
Detectors (detection), bulk properly detectors, refractive index detectors      536—537
Detectors (detection), choice of detectors      555—556
Detectors (detection), comparison of detector performances      167—168
Detectors (detection), conductivity detection      160—162
Detectors (detection), conductivity detection principles of operation      160—161
Detectors (detection), conductivity detection suppression systems      161—162
Detectors (detection), derivatization      554—555
Detectors (detection), detectors for polymer analysis      162—165
Detectors (detection), detectors for polymer analysis, evaporative detectors      163—164
Detectors (detection), detectors for polymer analysis, light-scattering detection      164—165
Detectors (detection), detectors for polymer analysis, viscosity detectors      165
Detectors (detection), effects of temperature on      609—610
Detectors (detection), electrochemical detection      156—160
Detectors (detection), electrochemical detection, electrode materials, flow-cells, and instrumentation      158
Detectors (detection), electrochemical detection, principles of operation      156—158
Detectors (detection), electrochemical detection, pulsed-amperometric detection      159—160
Detectors (detection), electrochemical detection, selectivity enhancement      159
Detectors (detection), fluorescence detection      150—154
Detectors (detection), fluorescence detection, fluorescence yields      152
Detectors (detection), fluorescence detection, instrumentation      152—153
Detectors (detection), fluorescence detection, postcolunm denvatization      154
Detectors (detection), fluorescence detection, precolunm fluorescence labeling      153
Detectors (detection), for the SEC system      284—289
Detectors (detection), for the SEC system, composition detectors      285—287
Detectors (detection), for the SEC system, concentration detectors      284—285
Detectors (detection), for the SEC system, molecular-weight-sensitive detectors      287—289
Detectors (detection), operation of LC detectors      556
Detectors (detection), other detectors      165—167
Detectors (detection), other detectors, gas-phase detectors      167
Detectors (detection), other detectors, infrared detection      165—166
Detectors (detection), other detectors, optical activity detection      166
Detectors (detection), other detectors, radiochemical detection      166
Detectors (detection), refractive index detection      154—156
Detectors (detection), refractive index detection, optical principles      155
Detectors (detection), refractive index detection, performance and application      156
Detectors (detection), requirements for and characterization of detectors      143—147
Detectors (detection), requirements for and characterization of detectors, linearity      146
Detectors (detection), requirements for and characterization of detectors, peak broadening      144

1 2 3 4

О проекте