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Design and Selection of Performance Surfactants - V 2 - Annual Surfactants Review [Kõva köide]

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  • Formaat: Hardback, 378 pages, kõrgus x laius x paksus: 245x162x28 mm, kaal: 1 g
  • Ilmumisaeg: 01-Oct-1999
  • Kirjastus: Sheffield Academic Press
  • ISBN-10: 1850759936
  • ISBN-13: 9781850759935
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  • Formaat: Hardback, 378 pages, kõrgus x laius x paksus: 245x162x28 mm, kaal: 1 g
  • Ilmumisaeg: 01-Oct-1999
  • Kirjastus: Sheffield Academic Press
  • ISBN-10: 1850759936
  • ISBN-13: 9781850759935
Volume 2 of the series addresses structure / performance considerations, from computer modelling through to a consideration of how to modify specific surfactants by adjusting carbon chain length distribution, by studying the influence of chain branching, by introducing reactive groups or fluorinated hydrophobes, or by replacing conventional hydrophobes (or hydrophiles) with natural feedstock derivatives. The latter include carbohydrate derivatives, natural hydrocolloids and biosurfactants. A detailed study of catalytic and kinetic effects in ethoxylation processes shows how nonionic ethoxylate compositions can be altered, and this is further illustrated by a consideration of narrow chain length distribution fatty alcohol ethoxylates and their properties. Influence of chain branching in fatty alcohol ethoxylates is also demonstrated, using secondary alcohol ethoxylates as an example. Two end-use applications are included, to illustrate the performance / selection approach in identifying the most appropriate surfactants for a specific end use.
Sugar derived surfactants 1(50) H. S. Bevinakatti B. K. Mishra Introduction 1(1) Chemical synthesis and production 2(12) Sorbitan esters 2(3) Ethoxylated sorbitan esters 5(1) Sucrose esters 5(2) Alkyl polyglucosides 7(1) Alkyl glucamides 8(2) Aldonamides 10(2) Bolaamphiphiles 12(1) Geminis 13(1) Enzymatic synthesis 14(6) Enzymatic synthesis of sugar esters 15(3) Enzymatic synthesis of alkyl glucosides 18(1) Enzymatic synthesis of alkyl glucamides 19(1) Physical properties and applications 20(31) Sorbitan esters and ethoxylated sorbitan esters 21(2) Sucrose esters 23(5) Alkyl polyglucosides 28(7) Glucamides/Gluconamides 35(5) Acknowledgements 40(1) References 40(11) Microbial and enzymatic production of biosurfactants 51(53) S. Lang L. Fischer Introduction 51(1) Microbial biosurfactants 52(27) Non-glycolipid biosufactants 52(3) Glycolipid biosurfactants 55(24) Enzymatic production of biosurfactants 79(5) Lipase catalysis for the production of glycolipids 81(2) Glycosidase catalysis for the production of glycolipids 83(1) Potential applications of biosurfactants 84(2) Perspectives for biosurfactants 86(18) References 87(17) Natural hydrocolloids as food emulsifiers 104(42) N. Garti M. E. Leser Introduction 104(3) Gum arabic 107(5) Galactomannans 112(10) LBG, guar and fenugreek 112(4) Fenugreek gum 116(1) Adsorption isotherms of galactomannans 117(3) The role of protein in galactomannans 120(2) Xanthan gum 122(1) Portulaca oleracea and Opitus ficus gums 123(7) Tragacanth gum 130(1) Pectins 130(1) Mechanistis considerations 131(4) Protein-polysaccharide interactions 135(2) Stabilization by solid particles---colloidal microcrystalline cellulose as emulsifier 137(1) Biosurfactants 138(2) Conclusions 140(6) References 141(5) Narrow alcohol ethoxylates 146(102) I. Hama Introduction 146(1) Chemical synthetic method 146(10) Catalyst for alkoxylation 146(2) New catalysts for synthesizing NREs 148(1) Al-Mg composite oxide catalyst 149(5) Propoxylation 154(2) Basic Surfactant properties 156(3) NRE 156(1) NREP 157(2) Applications 159(4) Dish-washing detergent 159(2) Heavy-duty liquid detergent 161(1) Heavy-duty powder detergent 162(1) Thickener 162(1) Other applications 163(1) Other derivatives 163(85) NRE derivatives 163(2) Ethoxylated fatty acid methyl esters (EFMEs) 165(1) Acknowledgments 165(1) References 165(83) Surfactants in floor polishes 248(23) R. W. Avery Historical overview 248(10) Traditional practices 248(1) Water-based products 249(4) Emulsion polymers 253(1) Non-shellac co-polymers 254(1) Introduction of polyethylene waxes 254(1) Amino-functional polymers 255(1) Metal-containing polymers and polishes 255(2) Wash and wax polishes 257(1) Modern floor polishes 258(7) Emulsion polymer 258(1) Polish example 259(1) Metallizing complex solution 260(1) Levelling resin 260(1) Polyethylene wax emulsion 260(1) Plasticizers 260(1) Wetting agent 261(1) Preparation of modern wax emulsions 262(3) Polish categories 265(3) Polymer-rich Drybright 266(1) Semi-or lightly buffable polish 266(1) Moderately buffable polish 267(1) Environmental trends 268(3) Elimination of tributoxyethyl phosphate 268(1) Biodegradable surfactants with multiple benefits 268(1) Elimination of metal-containing polymers 268(1) Non-aromatic-based plasticizers 268(1) Acknowledgements 269(1) References 270(1) Flurinated surfactants in practice 271(46) C. K. Taylor Introduction 271(1) Surfactants 271(3) The hydrophobe 272(1) The hydrophile 272(2) Fluorinated surfactants without a hydrophile 274(1) Fluorinated surfactants---general 274(1) Preparation of fluorinated surfactants 275(2) ECF-derived fluorosurfactants 275(1) Telomer-derived fluorosurfactants 275(2) Oligomerization of tetrafluoroethylene 277(1) Distinguishing characteristics of fluorocarbon surfactants 277(1) Behavior of fluorosurfactants in aqueous systems 278(2) Dynamic surface tension---the kinetics of fluorosurfactants 280(4) Dynamic surface tension in mixed systems 284(2) Foams 286(13) Avoiding or eliminating foams 291(3) Reducing foaming with mixtures of surfactants bearing opposite charges 294(5) Fluorosurfactants and condensed-phase interfaces 299(13) Fluorosurfactants at the liquid/liquid boundary 299(1) Emulsions 300(3) Fluorosurfactants at the solid/liquid boundary. `Wetting 303(5) Wetting and spreading in mixed systems. 308(1) Fluorosurfactants and `Rewet 309(2) Flurosurfactants and dispersions 311(1) Detergency 312(2) Interactions of fluorinated surfactants with charged surfaces 314(3) References 314(3) Polymerizable surfactants: spontaneous polymerization in organized micellar media 317(22) Y. Yasuda Introduction 317(1) Polymerization of polymerizable surfactants 318(2) Fixation of organized micellar structure by polymerization 318(1) Concentration effect of monomer 318(1) Orientation effect of monomer 319(1) Additive effect 319(1) Inverse micelle system 320(1) Spontaneous polymerization of pure vinyl monomers 320(2) Spontaneous polymerization of polymerizable surfactants 322(9) Effect of monomer micellization 323(1) Effect of alkyl chain length 324(2) Effect of additives 326(1) Mutual monomer interaction and spontaneous polymerizability 327(1) Spontaneous polymerization in organic media 328(1) Effect of different polymerizable groups 329(1) Spontaneous polymerization in lyotropic liquid crystal 330(1) Spontaneous polymerization in an anisotropic reaction locus 331(4) Spontaneous polymerization of vinylpyridinium salts 331(1) Spontaneous polymerization in emulsion polymerization 331(2) Polymerization of vinyl monomers initiated by water-soluble polymers 333(2) Initiation mechanism of spontaneous polymerization in an organized system 335(2) Spontaneous polymerization of polymerizable surfactants in micelles 335(1) Spontaneous polymerization of vinyl monomers solubilized in micelle 336(1) Conclusions 337(2) References 337(2) Computer modelling of surfactants 339(21) N. Quirke Introduction 339(1) Models of surfactant molecules 339(4) Molecular simulation 343(7) Molecular models of surfactant solutions 350(7) Micellisation 350(4) Interfaces 354(3) Conclusions 357(3) Acknowledgements 357(1) References 357(3) Index 360