Index

Analysis of hypochlorite, 620-622 Anionic-amphoteric complex, 28

Anionic-cationic complex, 21, 23 Anionic surfactants, 8-21

acyl-amino acid salts acyl glutamate, 20 acyl peptide, 20-21 acyl sarcoside, 21

carboxylate salts (or soaps), 8-9 disinfection, 745-746 ester carboxylates, 9-10 ether carboxylates, 10 phosphate esters, 18-20 sulfates, 10-12

alkyl ether sulfate, 11-12 alkyl sulfate, 10-11

sulfonates, 12-18 alkyl aryl sulfonate, 14-16 alkyl sulfonate, 13-14 fatty acid isethionate, 18 fatty acid tauride, 18 sulfo fatty acid ester, 17-18 sulfosuccinate, 16-17

Antibacterial products, 750-751 Antifoaming agent, 20, 41 Antimicrobial agent (see Germicidal

surfactants) Antistatic effect, 19-20, 22, 23-24, 29, 37,

40 AOS, 13, 14 APG, 34,35 Applications

adhesion tension, 90-93 microemulsions, 297-298 triglycerides, 91

Aromachology, 711 Aromatherapy, 711 ASME, 17, 18 ASMT, 18 Autodigestion, 669, 671, 673

Beta (see Interaction parameter) Betaines, 25-26 Binding of surfactants, 443-444, 453, 470 Biocidal efficacy of TAED, 612-615 Biodegradability, 27, 34, 39, 42 Biomolecules

enzyme, 447-448, 459, 475 extraction, 446-447, inflammatory mediators, 459 natural moisturizing factor, 451

Bleach(es) activators, 602-615 cleaners, 634-635 decomposition reactions, 626-627

[Bleach( es)] disinfection, 746-747 European business, 631-635 hypochlorite, 619-637 oxygen, 597-617 peracids, 615-616 scented, 633 thickened, 633-634

Bleach resistance of amine oxide, 40 Bleaching mechanism, 599-600

Index

Bleaching systems, 4, 597-637, 643, 657, 673 Block copolymer, 26, 31, 33 Branched copolymer, 565 Builders, 4, 511-595, 672, 675

basic functions, 512-517 calcium and magnesium ions, 530-543 enviromental aspects, 517 future, 584-587 incrustration build up, 541-542 physico-chemical properties, 518-530 silicates, 543-557 soaps, 542-543 synergisms, 573-574

Ca ions, 672-673, 675 Carboxylate salts, 8-9 Castor oil, 35 Catalyst, 14, 30, 36

Friedel-Crafts, 14 Cationic surfactants, 21-28

alkylamines, 21-22 alkylimidazolines, 22-23 disinfection, 744-745 esterified quaternaries, 27-28 ethoxylated alkylamines, 26-27 quaternary ammonium salts

alkyl betaine, 25-26 heterocyclic, 24 tetraalkyl(-aryl), 23-24

Chemical potential, 107-109 Chlorine (see Hypochlorite) Clay, 778-781 Cloud point, 8, 32, 33, 34, 40, 41, 115-118,

134-135, 186 of anionic-cationic surfactant complexes,

145-148 Coalescence, 186 Collagen, 20, 437, 471 Colloidal dispersion, ripening of, 105-106 Color

history in soaps and detergents, 724-726 measurement, 736-738 representation, 722-724

Colorant, 598, 721-742 classes, 726-732 nomenclature, 732-733 polymeric, 729-730 regulated, 730 selection, testing and performance, 733-

Color Index, 732-733 Comb-like surfactants, 41 Concentration, 657, 661 Consumer product, 434, 442 Contact angle, 71-74, 82, 89, 347-355 Contact line, 347-351 Copolymer synthesis and structure

description, 562-565, 759 Comeocytes, 435, 489 Corrosion inhibition, 19-20, 21, 22, 23, 27,

40 Cosurfactant, 30, 254, 255, 272, 274-275 Creaming, 187-188 Critical micelle concentration (CMC), 58-60 Critical point, 260, 263 Critical surface tension, 42 Crystal

factors affecting solubility, 114-115 hydrates, 113 metastable, 113 solubility (see Krafft boundary)

DEA, 9, 27, 35 Denaturation, 669-674 Deodorization, 635-636 Dermis, 437 Detergency, 69, 81, 90 Detergent( s)

effect of builder, 513-516 enzymes, 639-690 perfumes in, 691-720 powder, 512-513 technical and practical challenges, 1-5

Diethanol amine (DEA), 9, 27, 35 Diffusion

coefficient, 104, 152 through unstirred boundary layers, 103

Dimethicone, 42 Dioctyl sulfosuccinate, 273, 294 Dipole moment

in amine oxide, 40 in ethylene glycol chain, 32

Discontinuous cubic phase (see Liquid-crystal)

Dishwashing, automatic, 587-594 bleach, 599 use of enzymes, 685 use of TAED, 611

Disinfection, 597, 743-755

by bleaching agents, 597, 623, 746-747 efficacy testing, 747-750 germicidal surfactants, 8, 21, 22, 24 surface, 635-636 surfactants used in, 744-746

Distribution in EO chain length (see also Ethoxylation degree), 31, 37

DLVO theory, 183-185, 358-363 DTDMAC, 243-249 Dye (see also Colorant), 728-730

Edible surfactants, 38 Electrical double layer, 183-184 Emulsion(s), 181-251

applications fabric softener, 243-249 hair conditioner, 249-250

definition, 181 formulation, 188-231

carbon number method, 196-197 HLB method, 192-196 phase diagrams, 199-204 solubilization method, 197-199

instability, 186-188 processing, 231-243

low energy emulsification, 240-243 mixing, 232-240 sequence of ingredient addition, 231-

232 rheology, 217-231 stability, 182-186

evaluation, 204-217 Enthalpy, 55-57, 64 Entropy, 48, 55-57, 64, 163, 256, 258, 266 Enzyme(s), 5, 447-448, 459, 475, 639-690

activity determination, 654-657 units, 654-655

amylases, 642, 647-648, 675 bleach, 653-654 catalysis mechanism, 668-669 cellulases, 642-643, 651-653 deactivation, 643, 669-673 development

gene technology, 678-679 hybridization, 676-677 protein engineering, 677-678

lipases, 648-651

[Enzyme(s)] production

fermentation, 679-680 granulation, 680

proteases, 641-642, 644-645, 675 protection, 673-676 stability, 641, 660-661, 672 stabilization systems

chemical, 674-675 physical, 662, 675-676

structure, 674-675 EO/PO block copolymer, 31, 33-34, 41 Epidermis, 434-436 Equilibria in hypochlorite solutions, 622-623 Equilibrium

surface tension (anionic-cationic complexes), 148-152

surfactant adsorption monolayers and thin liquid films, 303-418

Essential Oils, 695 antimicrobial properties of, 701 semiochemical properties of, 701-702

Ester(s) alkyl carbohydrate esters, 39-40 of carboxylic acids, 9-10 of ethoxylated fatty acids, 36-37 glycerol esters, 37-38 glycol esters, 37-38 sorbitan esters, 38-39 sorbitol esters, 38-39

Esterified quaternaries (Esterquats ), 27-28 Ether(s)

alkanolamide ether sulfates, 12 alkyl ether phosphates, 18-20 alkyl ether sulfates, 11-12 alkylpolyglucosides, 34-35 carboxylic acid, 10 ether carboxylates, 10 ether carboxylic acids, 10 fatty alcohol ethers, 31-33 of oils and fats, 35

Ethoxylated alcohols, 31-33 cloud point, 32 degradation by oxidation, 32 HLB number, 32

Ethoxylated alkyl amines, 26-27 Ethoxylated fatty acids, 36-37 Ethoxylation degree, 12, 26, 31 Ethylene diamine, 26 Ethylene oxide (EO), 12, 26, 31-32

Fatty acid isethionate, 18 Fatty acid tauride, 18

Fatty acid(s), 9, 16, 18, 35, 36-37, 39 isethionate, 18 natural sources of, 9 tauride, 18

Fatty alcohols, 10, 16, 18, 30-31 Fatty amines, 21-22, 26 Fatty ester sulfonates (FES), 17 Films, of uneven thickness, 356-357 Fire-fighting foam, 30 Flocculation, 187 Flotation, 79, 81, 82 Flotation process, 22, 43 Fluorosurfactants, 42-43 Foam

feel of, 421 resistance to soil, 421, 422, 426 rinsing of, 421, 422 as a sensory attribute, 419, 421, 422 as a signal of efficacy, 419, 421, 423

Index

tests to measure and characterize, 423-426 dynamic methods, 425-426 specially developed methods, 426 static methods, 424-425

Foam control antifoams, 426-429

choice of, 427 hydrophobic material, 428 mechanisms, 427 surface-active material, 427, 428

in automatic dishwashing machine, 429 in automatic laundry washing machine,

422, 428-429 foam stabilizers, 429-431

electrolytes, 430 polymers and proteins, 430-431 surfactants, 430

inhibition, 20, 33-34, 37, 41 mechanism of foam stability, 429

Foam description quality, 420, 423 quantity, 420, 423 terminology, 420

Foam in consumer products, 419-432 Foam profile

according to product application, 421-423 automatic dishwashing, 423 bar soaps, 421 facial cleansers, 421 foam baths, 421 hand dishwashing, 422 hard surface cleaners, 423 household cleaners, 422 laundry cleaning, 422-423 shampoos, 421

[Foam profile] shaving foams, 422 shower gels, 421 toothpastes, 421

overfoaming, 423 quick breaking foam, 422

Foam properties with respect to product function, 419-420

in automatic dishwashing machines, 420, 423

in automatic laundry washing machines, 420, 422

in hard surface cleaners, 420, 422, 423 in shaving foams, 420, 422 in toothpastes, 420, 421

Force(s) depletion, 372-374 electrostatic, 663, 670 fluctuation wave, 377-379 hydrodynamic, 381-394 hydrogen bonding, 663, 666 hydrophobic interaction, 666, 667 ionic correlation, 366-367 London's dispersion, 663 oscillatory structural, 367-372 peristaltic, 379 protrusion, 377-378 repulsive hydration, 363-366 steric polymer adsorption, 374-377 undulation, 378-379

Fragrance (see perfume) Free energy

Gibbs', 108-109 microemulsion, 256, 258-260 partial molar, 108-109

Free oil, 14 Fungicide, 22

Germicidal surfactants, 8, 21, 22, 24 Gibbs dividing surface, 49-50 Gibbs equation, 51, 152, 305 Glutamic acid, 20 Glycerol esters, 37-38 Glycinates, 28-29 Glycol esters, 37-38

Hexagonal phase (see Liquid-crystal) Historical background, 253-256 HLB (Hydrophilic-lipophilic balance), 8, 19,

31-32, 37, 276, 281 HLB number, 32, 281 HLB temperature, 282 method for emulsion formulation, 192-196 required HLB, 281

Hydrolysis, 7, 8, 11, 16, 17, 19, 20, 21, 22, 28, 29, 37

Hydrophilic character, 7, 11, 26 Hydrophobic character, 7, 22, 41, 42 Hydrophobic effect, 48, 64 Hydrotrope, 15, 19, 25 Hypochlorite

analysis, 620-622 applications, 631-637 bleach, 619-629 chemical reactions, 622-628 history, 631

Imidazoline, 22-23, 24, 27, 28 In vitro tests,

cell culture, 4 77 corneosurfametry, 478 enzyme inhibition, 475 hemolysis test, 474 penetration test, 449, 475-477 pH rise test, 4 73 Skintex, 479 swelling test, 471 zein test, 471

In vivo tests, cumulative irritation test, 485 ethics, 481 extraction test, 489 flex wash test, 487 forearm wash test, 486 Frosch Kligman soap chamber test, 484 hand soaking test, 487 home use test, 488 modified soap chamber test, 485 occlusive patch test, 483 open application test, 482 stripping test, 489

Incrustation, 532-533 Indane, 14-15 Inhibitors

corrosion, 19-20, 21, 22, 23, 27 crystal growth, 539-540, 569-573

Interaction parameter, 149-151 Interactions

hydrophilic, 267-269, 293, 294 lipophilic, 267-269, 293, 294

Interface adsorption at, 104 thermodynamics, 332-342

Interfacial tension, 266, 285-286, 290 detergency, 67-69 liquid-liquid, 66, 67 methods, 87, 88

[Interfacial tension] and micellar structure, 68 microemulsion, 68, 88 middle-phase ultra-low tension, 285-286 and surfactant isomers, 285-286

International Fragrance Association (IFRA), 694

Inversion temperature (PIT), 282 Ionic polymers (see Polyelectrolytes), 161 Ionic surfactants, 8-30

amphoteric, 28-30 anionic, 8-21 cationic, 21-28

Irritation evaluation

barrier function measurement, 449, 475477, 495-497

colorimeter measurement, 493-495 hydration measurement, 497-499 instrumental, 493-499 self perception, 499-500 visual, 491-492

factors affecting, 457, 500-504 histological changes, 460 prediction of, 445-446, 471-475 subclinical, 488-490 surfactant-induced, 457, 463

lsethionate, 18 lso-NOBS, 604-605 Isoelectric point (IEP), 25, 28, 29, 78, 172 Isomer distribution in LAS, 14-15 lsoquinoleine, 24

Keratin, 21, 435, 443, 445, 470 Krafft

boundary, 111-115 point temperature, 134

L3 ("sponge") phase, 117-118 LAB, 14 Lamellar phase (see Liquid-crystal) Langmuir adsorption isotherm, 305-307 Lanolin, 35 Laplace equation, 86 LAS, 14-16, 33 Line tension, 347-351 Linear alkylbenzene (LAB), 14 Linear alkylbenzene sulfonates (LAS), 14-

16, 33 Lipids

epidermal lipids, 434, 437-442 extraction, 453, 475 molecular architecture, 440-442

[Lipids] role, 440, 475 skin surface lipids, 442

Lipophilic character, 7 Liquid-crystal(s), 261-263

cubic, 262, 263 discontinuous cubic phase, 119-120 hexagonal, 262 hexagonal phase, 119,122-123 isotropic, 263 lamellar, 261 lamellar phase, 120, 122-123 transition

lyotropic, 262 thermotropic, 262

Liquid-liquid interface, 66, 67

Lower consolute boundary (see Cloud point) Lower consolute temperature (LCT), 32 Lucassen-Reynders equation, 74

Malodorants chemical nature, 706-708 Malodors in products, 706

base malodors, 713 malodor-neutralizing chemicals, 710 perception mechanism, 708

Mass-balance equation, 310-312 MES, 17 Metastable

crystals, 113 Krafft boundaries, 113

Methyl ester sulfonates (MES), 17 Micelle(s)

growth, 379-381 polymer-surfactant interaction, 159 reverse or inverse, 67, 273 rod-like, 68, 262

Micellization effect of structure (chain length symmetry

and branching), 138-140 free-energy, 63-65 model, 60-63 surfactant structure relation, 57-60

Microemulsion and alkane carbon number (ACN), 284-

286 bicontinuous structure of, 264, 265, 268,

283, 297 components, 269-271 free energy, 256, 258-260 hydrophobic effect, 257 intermolecular forces, 256-258 middle-phase, 264, 265, 268

solubilization parameter, 290-292

Index

[Microemulsion] salt effect, 283 surfactant to cosurfactant ratio, 274-275,

277-279 terminology, 254-256 Winsor classification, 263-269

Microorganisms, 676, 679 Mineralization, 532-533 Mixed micelles, 25 Mixture, anionic-cationic surfactant, 133-

155 Molecular diffusion, 186 Monolayers, 303-418

flexural properties, 332-342 Morpholine, 24 Myristic alcohol, 30

Nonhydrocarbon surfactants, 40-43 alkoxylated polysiloxanes, 40-42 fluorosurfactants, 42-43

Nonionic polymers EO/PO copolymers, 31, 33-34, 41 polymer-surfactant interaction, 160, 161

Nonionic surfactants, 30-40 alcohols, 30-31 alkanolamides, 35-36

ethoxylated alkanolamide, 36 amine oxide, 40 esters, 36-40

alkyl carbohydrate ester, 39-40 of ethoxylated fatty acid, 36-37 (ethoxylated) glycerol ester, 37-38 (ethoxylated) glycol ester, 37-38 (ethoxylated) sorbitan ester, 38-39 (ethoxylated) sorbitol ester, 38-39

ethers, 31-35 alkoxylated alcohol, 31-33 alkyl polyglucoside, 34-35 EO/PO block copolymer, 33-34 ethoxylated oil and fat, 35

Non-phosphate builders, 511-595

Oleum, 12, 14 Omega ester sulfonate, 17 Organic acid, 9, 16, 22 Organosilicones, 40-42 Oxidizing agents (see Bleaching systems) Oxo-alcohols, 30 Oxo-process, 30 Oxygen bleaches, 597-617

Packing, 52, 57, 68 Paraffin sulfonates (PS), 13-14

Particle size determination, 210-217 Particulate soil, 7 Pearlescent agent, 37 PEG, 31, 33, 36-37 Pentaacetylglycoluril (PAG), 604-605

PEO alkylethers (polyoxyethylene alcohols), 51, 74, 91, 93

Peracids, 615-616 Perborates, 601 Percarbonate, 602 Perfume(s), 5, 691-720

absorption on inorganic solids, 700-701, 713-714

adaptation to the base, 704 antimicrobial properties of, 701 biodegradation of, 694 brief, 692 chemical and physical properties, 695-702 chemical reactions

in perfumes, 695, 696 with product base, 696, 697

chemical stability of, 696, 697 classification of, 693 color association with, 712 composition of, 691, 695 description of, 693 discoloration on storage, 716 in formulations, 713-718

containing hypochlorite, 717 fabric conditioner, 714-715 hard surface cleaners, 715-716 heavy-duty laundry powders, 713-714 light-duty laundry, 715 manual dishwash liquids, 716 soaps and syndet bars, 717-718

functionality: control of product base odor, 705-710, 716

impact of, 705 influence of on moods and emotion, 711 interactions with product base, 691 long-lasting, 703-705 microencapsulation, 698, 700-701 models, structures and jargon descriptors of

odors, 702-705 natural, norms and guidelines, 694 as oil phase of microemulsion, 716 phase partition of, 698, 699 physical chemistry of, 698-700 postaddition

impact on physical stabilty, 698 impact on viscosity, 698, 715

quality control of, 692 release, 701

[Perfume(s)] safety issues, 694 selection, 693 semiochemical properties of, 701-702 solubility in oil, 698 solubility in water, 698 stability testing, 694 substantivity, 699, 703-705, 706 toxicity issues, 694 volatility, 699

back, base, middle, head notes, 702-705 malodor counter action, 708-710 malodor masking, 709

Persalts, 600-602 pH, 643, 645, 657, 670 Phase

behavior, 263-269 diagram

CMC tie-line, 265 critical point, 263 tie-line, 263, 264 tie-triangle, 265

inversion temperature (PIT), 8, 282, 205206

middle, 264, 265, 268 miscibility gap, 258-260 pseudo-ternary phase diagram, 277 ternary phase diagram, 259 transition, 258-260

Phase diagrams in emulsion formulation, 199-204

Phosphate (see Builder) Phosphate esters, 18-20 Phosphating agents, 19 Phosphobetaine (Phostaine ), 25 Pigment (see Colorant) Poloxamines, 26 Polyacrylate, 559-595 Polydimethylsiloxanes, 40-42 Poly electrolytes (see Polymers), 157-179 Polyethylene glycol (PEG), 31, 33, 36-37,

160 Polymer(s)

adsorption, 164-165 on laundry fabric, 566-567

amphoterics, 767 for automatic dishwashing, 587-591 anionic, 764-766 basic description, 559-565 cationic, 766-767 in detergents, 559-595 in low-phosphate formulations, 574-579 natural, 770-777

[Polymer(s)] nonionic, 762-764 rheological behavior of water-soluble

polymers, 759-762 steric adsorption, 374-377 surfactant association, 157-179

Index

in zero-phosphate formulations, 579-584 Polymer-surfactant interaction, 157-179

applications, 177-178 binding ratio, 160, 161 classification, 158 complex formation, 159, 160, 169 electrostatic, 161 free energy, 160 hexadecy ltrimethy !ammonium bromide

(CTAB), 167 hydrophobic, 162, 166 lithium dodecylsulfate, 174, 175 polyacrylamide, 165 polyethylene oxide (PEO), 160, 169, 170 polystyrenesulfonate (PSS), 166 polyvinyl alcohol (PVA), 168 polyvinyl pyrrolidone (PVP), 159, 168,

172-178 sodium dioctyl sulfosuccinate, 175-177 sodium dodecylsulfate (SDS), 159-161,

163-166, 170-173 surface tension, 159

Polypropylene glycol (PPG), 31, 33, 36 Polysiloxanes, 40-42 PPG, 31, 33, 36 Preservation, 5, 743-755

evaluation methods, 753-754 principles, 751-753

Processing agents, 512-513 Propoxylated alcohols, 31 Propylene oxide (PO), 31 Protein

denaturation, 445-446, 471-475 helix, 666-667, 678 structure, 663-667

PS, 13-14 psi-Sulfo fatty acid ester, 17 Pyridine, 24

Quaternary compounds, 23-28 betaines, 25-26 heterocyclic ammonium salts, 24 tetraalkyl(-aryl)ammonium salts, 23-24

Quatemizing agents, 27 Random copolymer, 564 Research Institute for Fragrance Raw

Materials (RIFM), 694

Rheological modifiers, 5, 757-785 Rheology, 217-231

of adsorption monolayers, 326-332 of anionic-cationic surfactant mixtures,

144 creep, 221-224 oscillatory testing, 224-226 simple shear, 218-221 surfactants, 757-770 viscoelasticity, 220 of water-soluble polymers, 759-762

Rinse aid, 34 Ripening of colloidal dispersions, 105-106

Safety allergy, 641, 680-681, 683 of colorants, 738-740 environment, 643, 683-685 human, 641, 680-683 irritation, 680-683 textiles, 643, 683 toxicity, 681

Salting-out effect, 25 Sanitization (see Disinfection) Saponification, 9 Saponin, 39 Sarcosinate, 21, 28 SAS, 13-14 Schiff's Base, 695, 716 Secondary paraffin sulfonates (SAS), 13-14 Sedimentation, 187-188 Self-assembly structures, 271-276

polymers, 273 vesicles, 273

Sequestration calcium and magnesium ions, 567-569 criteria for efficacy of builders, 534-535

Shampoos (see Surfactant(s), in personal care applications)

Silicate adsorption at liquid-solid interfaces, 557 builder properties, 543-557 physical chemistry, 544-553

Silicon dioxide (amorphous), 781-783 Skin

animal skin, 448, 476 barrier function, 437-442, 448, 453-457,

475, 495-497 cells, 435-437 condition, 502 dryness, 450, 492 erythema, 491, 493 excised, 477, 479 function, 437-442

[Skin] inflammation, 458 lipids (see Lipids) penetration, 448 redness, 491, 493 roughness, 452 sensitivity, 501 site, 502 structure, 434-437 tightness, 452

SLS,10-11 SNOBS, 604-605 Soap, 8-9, 17

as builder, 542-543 bar, 9, 14, 18

Sodium dioctylsulfosuccinate, 74-76 Sodium dodecylsulfate, 76, 79 Sodium lauryl sulfate (SLS), 10-11, 462 Sodium paraffin sulfonate, 93

Sodium xylene sulfonate (SXS), 15 Soil removal, 641-642, 659

mechanisms of, 642, 650, 668-669 Solid-liquid interface, 69-82

alumina, 166, 174, 175 hematite, 172-174 polymer adsorption, 164, 165 polymer-surfactant interaction, 165-177

alumina, 166, 174, 175 hematite, 172-174 quartz, 167 silica, 169, 170

quartz, 167 silica, 169, 170 silicate adsorption, 557 surfactant adsorption, 162-164

Solubility ali-or-nothing, 126-127 boundaries in aqueous surfactant systems,

110-124 dodecyldimethylphosphine oxide, 125 of ethoxylate nonionics in water, 32 fundamentals of, 106-110 in hydrogen-bonding solvents, 126 liquid (see Cloud point) liquid crystal, 118-120 N-dodecanoyl-n-methylglucamine, 121-122 nonaqueous, 124-127 nonionic surfactants, 123-124 product, 112-113 qualitative aspects, 107-110 quantitative aspects, 106-107 small crystals, 114 sodium palmitate, 122-123

[Solubility] surfactants, 99-131 variation with temperature, 120-124

Solubilization, 289-297 polymer-surfactant interaction, 178 triglycerides, 296-297

Solubilization capacity, 293-298 influence of alkanols, 294-296

Solubilization parameter, 290 Sorbitan esters, 37, 38-39 Sorbitol esters, 37, 38-39 Spreading

coefficient, 71 driving force, 72

Stability of builder properties over time, 516-517 of hypochlorite, 623-628

Stain removal (see Soil removal) Stratum corneum

structure, 435, 437, 440, 451 swelling, 446, 471

Sucrose esters, 37, 39-40 Sugar esters, 39-40 Sulfation, 10-11 Sulfobetaine, 25 Sulfonation, 12-14 Sulfone, 14 Sulfosuccinamate, 16-17 Sulfosuccinate, 16-17 Sulfur trioxide (S03), 12, 14 Sultaine (see Sulfobetaine) Sultone, 13 Superamide, 35 Surface

activity: effect of structure (chain length symmetry and branching), 138-140

aggregates, 92 excess concentration, 50-52, 56, 77, 92,

152 forces

electrostatic, 361-363 in thin liquid films, 357-381 van der Waals, 358-361

high-energy, 76-81 layer saturation, 103 low-energy, 70, 73-76 pressure, 54-56 roughness, 90 viscosity, 327-332

Surface tension, 181-182 dynamic, of anionic-cationic complexes,

152-153 equilibrium, of anionic-cationic

complexes, 148-152

[Surface tension] isotherm, 51 methods, 83-87

Surfactant( s)

Index

adsorption on solids, substantivity, 7, 8, 10, 21, 24, 27, 29, 30, 42

affinity difference (SAD), 281, 288-289 aggregation, 57 in agrochemical applications, 16, 17, 18,

20, 24, 27, 41 alkyl chain length, 453 amphoterics, 8, 28-30 anionic(s), 7, 8-21, 651, 671, 673 anionic-cationic mixture, 133-155

adsorption, 144 rheological behavior, 144 soluble pseudononionic complexes, 145-

153 based on (poly)glycosides, 34-35, 39-40 beneficial associations, 33, 40 cationic(s), 8, 21-28, 643, 673 chemical potential, 280, 288 classification, 8-43 colligative properties, change in, 58 compatibility with skin, mildness, 8, 10,

12, 15, 17, 18, 21, 24, 25-26, 27, 28, 29, 34, 35, 40

critical association concentration (CAC), 159

ethymology , 7 in fabric softening applications, 8, 22, 23-

24, 27, 29 in food industry, 38, 40 in hair conditioning applications, 8, 10, 21,

22, 23, 24, 27, 30,42,43 in household liquid cleaners, 10, 12, 14,

15, 20, 26, 30, 33, 36,37,40 in industrial and institutional applications,

14, 15, 16, 17, 20, 22, 27, 29, 33, 36, 37, 40, 41, 43

in laundry detergents, 8, 9, 12, 14, 15, 18, 26, 33, 34

in textile industry, 16, 17, 18, 20, 22, 27, 37, 40, 41

interaction with skin, 442-464 molecular weight, 453 nonionic(s), 8, 30-40, 673 occupied area, 51 in oral care applications, 12, 14 parameters, 284, 285 partition into phases, 276, 289 in personal care applications, 8, 9, 10, 11,

12, 14, 16, 18, 20, 21, 24, 27, 29, 30, 33, 34, 35, 36, 37, 38, 39, 40, 42

Index

structure, 133-134, 285, 286 suppliers list, 43-46 surface excess concentration, 50-52, 56,

711-713

TAED, 606-615 biocidal efficacy, 612-615

solubility variation, 120-124 stability of colorants, 734

organic, 770-777

Thin liquid films, 303-418 hydrodynamic forces, 381-394 stabilized by surfactants, 342-357 surface forces in, 357-381 thermodynamic description, 343-346

of colorants, 738-740 of perfumes, 694

Upper consolute temperature (UCT), 32

of anionic-cationic surfactant complexes, 140-142

Wave, capillary, 394-404 Wetting, 69-82

capacity, 42-43 and cleaning process, 81-82 nonpolar surfaces, 72-76 polar surfaces, 76-81 thermodynamics, 69-72

Zeolites (see Builders) Zeta potential determination, 206-210 Ziegler process, 13, 30 Zwitterionic behavior, 25, 28, 30