| Subjects listed in alphabetical order— | ||||
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Subject | Pg. # | Subject | Pg. # |
| 1,4-Benzodiazepines | 111 | 1-Phenyl-3-methyl-5-pyrazolone | 357 | |
| 1H-NMR spectroscopy | 388 | Abscisic acid | 345 | |
| Adenosine monophosphate | 340 | Aldehydes | 331 | |
| Alkyl polyethoxylates | 223 | Allergy | 284 | |
| a-Tocopherol | 80 | Amino acid | 97 | |
| Aminoethanols | 299 | Amphetamines | 1 | |
| Anions | 579 | Antihypertensive agents | 516 | |
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| Aprobarbital | 85 | Aroclor mixtures | 372 | |
| Aromatic ÊÊÊhydrocarbons | 44,449 | Aryl polyethoxylates | 223 | |
| ASE | 59,66 | ASTM | 104 | |
| Atenolol | 516 | Atranorin | 8 | |
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Bacillus thuringiensis | 340 | Background electrolyte | 33 |
| Bee wax | 287 | Benzene | 44 | |
| b-Blocker | 516 | b-Cyclodextrin | 19,388 | |
| b-Diketones | 595 | Bilobalides | 197 | |
| Bisphenol-A | 565 | Blood, animal | 247 | |
| BTEX | 44 | Bulk acoustic wave detection | 29 | |
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Calcipotriol | 417 | Calcitriol | 417 |
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| Subject | Pg # | Subject | Pg # | |
| Calibration 479 | 431 | Calixarenes | 269 | |
| Capillary electro-chromatography | 155 | Capillary GC | 119,287, 349,505, 583 | |
| Carbon dioxide | 139,511 | CE | 19,33, 85,146, 352,395 | |
| Chemiluminescence nitrogen detection | 511 | Chiral compounds | 19 | |
| Chiral crown ether stationary phase | 311 | Chiral GC | 575 | |
| Chiral lactones | 589 | Chiral selector | 97 | |
| Chiral separation | 318 | Chloramine | 227 | |
| Chlorella vulgaris | 352 | Chlorophenoxy acid herbicides | 279 | |
| Cholecalciferol | 417 | Cholesteryl- 10- undecenoate | 111 | |
| Citrus sinesis | 169 | cis/trans Peptide isomers | 388 | |
| Citalopram | 365 | Coal fly ash | 59,66 | |
| Cocaine | 125 | Column chromatography | 8 | |
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| Column slicing | 541 | Conductivity detection | 33 | |
| Cyclic b-amino acids | 311 | Cyclodextrins | 383 | |
| CZE | 516 | |||
| Subject | Pg # | Subject | Pg # | |
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Dendrimer | 146 | Depsides | 8 |
| Diazomethane | 279 | Dimethoxy- phenethylamine | 23 | |
| Diode array detection | 306 | Diode-laser polarimeter | 210 | |
| Direct injection | 119 | Distribution | 575 | |
| DOB | 73 | Dynamic headspace sampling | 583 | |
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Effective carbon number | 223 | ELSD | 293 |
| Enantiomer distribution | 318 | Enantiomers | 210,575 | |
| Enantioselective GC | 201 | Enhanced-fluidity solvents | 59,66 | |
| Enthalpy– entropy compensation | 311 | Epoxy resins | 554 | |
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| Equivalent chain length | 361,541 | Essential oils | 575 | |
| Esterification | 279 | Esters | 287 | |
| Ethane | 253 | Ethylbenzene | 44 | |
| Ethylene | 253 | Explosives | 406 | |
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Fatty acid methyl ester | 361,541 | FID | 37,223 |
| Fish | 29,175 | Flavor stability | 331 | |
| Fluorescence detection | 175 | Food | 589 | |
| Food packaging interactions | 554 | Food simulants | 554 | |
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| Subject | Pg # | Subject | Pg # | |
| Fractional–factorial design | 547 | Fuel, diesel | 444 | |
| Fuel, fossil | 479,487 | Fuel, jet | 444 | |
| Fuel, reformulated gasoline | 449 | Fugacity | 467 | |
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Gases, high-purity | 579 | GC | 44,104, 253,318, 372,401, 467,595, 605 |
| GC injectors | 287 | GC–AED | 435 | |
| GC–ECD | 263,406 | GC–ion trap-MS | 331 | |
| GC–MS | 1,23,44, 125,169, 237,299, 349, 365, 449,565, 600 | Ginkgolides | 197 | |
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| Glucuronic acid | 357 | Glucuronolactone | 357 | |
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H2/He | 191 | Hair, human | 125 |
| Heavy distillates | 457 | Herbicides | 279 | |
| Hexafluoro- acetylacetone | 595 | Histamine | 29,284 | |
| Host–guest complexes | 269 | HPLC | 11,23, 49,80, 97,175, 187,197, 210,227, 247,284, 293,306, 311,340, 357,383, 388,406, 417,495 | |
| HPLC-2 | 457 | HPLC–UV | 561 | |
| HT-HRGC–MS | 91 | Human serum albumin | 97 | |
| Hydrocarbon | 287,467 | Hydrocarbon distillation | 467 | |
| Hydrocarbon group-type analysis | 444,479 | Hydroxypropyl-g-cyclodextrin | 85 | |
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Indirect photometric detection | 395 | Ion chromatography | 29,579 |
| Ion-exclusion chromatography | 179 | Ion-pair chromatography | 227 | |
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| Subject | Pg # | Subject | Pg # | |
| Iso-octane | 119 | Isopropyl myristate | 495 | |
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Ketoprofen | 495 | Key set mobile phases | 11 |
| Kováts retention index | 361 | |||
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Lanthanides | 595 | Large volume sample | 535 |
| LC | 131,345 | LC–MS–MS | 163 | |
| Least-squares analysis | 372 | Lecanoric acid | 8 | |
| Lemon oils | 201 | Lemon peel | 37 | |
| Leukotriens | 284 | Lichen | 8 | |
| Limonene | 37 | Liquid–liquid extraction | 247 | |
| Log Kow | 11 | Lovastatin | 139 | |
| Subject | Pg # | Subject | Pg # | |
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m-Xylylenediamine | 554 | Malachite green | 561 |
| Mass transport model | 467 | Mediators | 284 | |
| Melatonin | 175 | Menthol | 318,401 | |
| Metal ions | 352 | Methane | 253 | |
| Method validation | 527 | Methyl orsenillate | 8 | |
| Methyl silicone | 361 | Methylenedioxy-phenalkylamine | 131 | |
| Micro liquid–liquid extraction | 565 | Microcolumn LC | 111 | |
| Microwave desorption | 583 | Mixed-ligand complex | 595 | |
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| Modifiers | 139 | Molecular modeling | 85 | |
| Monosaccharides | 293 | Monoterpene alcohols | 201 | |
| Monoterpene hydrocarbons | 201 | MS | 37,73, 131,318, 583 | |
| MS screening | 237 | MSD | 401,575 | |
| Multidimensional GC | 37,201 | Muscle, animal | 247 | |
| Myocardium, animal | 247 | |||
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N,N-dimethylformamide dimethylacetal | 104 | N-acetylprocainamide | 49 |
| N-methylpyrrolidone | 187 | Neural networks | 237 | |
| Neuropeptide K | 306 | Nexus | 23 | |
| Nitramine | 406 | Nitrate ester | 406 | |
| Nitroaromatic | 406 | Nitrogen | 435 | |
| Norgestimate | 155 | |||
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Oligosaccharides | 293 | On-column injector | 91 |
| On-line RPLC–GC | 589 | Opiates | 125 | |
| Organic volatiles | 119,187 | Organochlorine pesticides | 263 | |
| Orsenillic acid | 8 | Oxalic acid | 8 | |
| Oxidation | 331 | |||
| Subject | Pg # | Subject | Pg # | |
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p-tert-Butylcalix[n]arene | 383,388 | Packed column | 191,257,511 |
| Padrón-type peppers | 583 | PAHs | 59,66 | |
| Palladium | 561 | Parenteral nutrition products | 179 | |
| Parmotrema tinctorum | 8 | Paroxetine | 365 | |
| Peak compression | 257 | Perfusion chromatography | 527 | |
| Perlite | 499 | Pesticides | 535 | |
| Petrochemical buildings | 44 | Petroleum fractions | 431 | |
| Pharmaceutical preparation | 357 | Pharmaceuticals | 187,516 | |
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| Phenolic constituents | 8 | Phenols | 279 | |
| Phospholipids | 395 | Pineal | 175 | |
| Plasma, human | 49,306,365 | Polychlorinated biphenyls | 372 | |
| Polychlorobiphenyls | 263 | Polycyclic aromatic compounds | 487 | |
| Polystyrene | 600 | Positive ion chemical ionization | 125 | |
| Subject | Pg # | Subject | Pg # | |
| Postcolumn | 227 | Precolumn derivatization | 284 | |
| Preservation | 583 | Procainamide | 49 | |
| Product release testing | 179 | Programmed temperature vaporizer | 535 | |
| Proteins | 527 | Purity | 401 | |
| Pyrethroids | 210 | Pyrolysis | 600 | |
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Refinery liquids | 435 | Refractive index detection | 293 |
| Regioisomers | 383 | Residual solvents | 187 | |
| Respirable suspended particles | 80 | Retention prediction | 11 | |
| RP-HPLC | 527 | RPLC | 73,269 | |
| Subject | Pg # | Subject | Pg # | |
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Secobarbital | 85 | Semiconductor | 579 |
| Sertraline | 365 | SFC | 257,444, 511 | |
| SFE | 59,66, 139 | Short capillary column | 91 | |
| Silylation | 565 | SIM | 37 | |
| Simulated distillation | 431 | Solvent extraction | 595 | |
| Soybean | 527 | SPE | 85,175, 306,406 | |
| SPME | 1,401, 505,575 | Stability constants | 269 | |
| Stable isotope labeling | 163 | Stereoisomers | 383 | |
| Substance P | 306 | Sulfur | 435 | |
| Sulfur chemiluminescence detection | 605 | SUMMA | 44 | |
| Supercritical fluid extraction | 169,547 | Synergic extraction | 595 | |
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t-2-Nonenal | 331 | Taguchi experimental design | 535 |
| Tall oil fractionation products | 104 | TCD analysis | 191 | |
| Temperature programming | 541 | Thermal conductivity detection | 605 | |
| Thuringiensin | 340 | Timolol | 163 | |
| TLC | 8,499 | TLC–FID | 479,487 | |
| Tobacco smoke | 80 | Toluene | 44 | |
| Subject | Pg # | Subject | Pg # | |
| Total aromatics | 449 | Tri-n-octylphosphine oxide | 595 | |
| Triethylene glycol | 349 | Triphenylphosphine-trisulfonate | 547 | |
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Ubiquinone | 247 | Urine, human | 1,516 |
| UV radiation | 263 | |||
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Vegetables | 293 | Very large scale integration | 579 |
| Volatile organic compounds | 237 | Volatile phenols | 331 | |