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Polymer latices preparation

E. Daniels, E. D. Sudol, and M. S. El-Aasser, eds.. Polymer Latexes Preparation, Characterisation and Applications, ACS Symposium Series, Vol. 492, American Chemical Society, Washington, D.C., 1992. [Pg.28]

Atlanta 1991, Polymer Latexes Preparation, Characterization and Applications,... [Pg.92]

B. R. Morrison, I. A. Maxwell, R. G. Gilbert and D. H. Nqrpa, iiu ACS Symp. Series — Polymer Latexes — Preparation, Characterization and Applications,... [Pg.113]

Figure 210 2 Schematic representation of the early stages of emulsion polymerization illustrating three scales of observation macroscopic, microscopic and submicroscopic. (Reprinted with permission from E. D. Sudol, E. S. Daniels and M. S. El-Aasser, in Polymer Latexes Preparation, Characterization, and Applications, E. S. Daniels, E. D. Sudol and M. S. El-Aasser, (eds), ACS Symp. Sen, Vol. 492, 1992, p 1 Copyright 1992 American Chemical Society)... Figure 210 2 Schematic representation of the early stages of emulsion polymerization illustrating three scales of observation macroscopic, microscopic and submicroscopic. (Reprinted with permission from E. D. Sudol, E. S. Daniels and M. S. El-Aasser, in Polymer Latexes Preparation, Characterization, and Applications, E. S. Daniels, E. D. Sudol and M. S. El-Aasser, (eds), ACS Symp. Sen, Vol. 492, 1992, p 1 Copyright 1992 American Chemical Society)...
Guo JS, Sudol ED, Vanderhoff JW, El-Aasser MS (1992) In Daniels ES, Sudol ED, El-Aasser MS (eds) ACS symposium series polymer latexes - preparation, characterization and applications, vol 492. American Chemical Sodety, Washington, DC, p 99... [Pg.17]

Hou WH, lioyd TB, Fowkes FM (1992) In Dtmiels ES, Sudol T, El-Aasser M (eds) Polymer latexes preparation, charaderization and applications, ACS symposium series 492. ACS, Washington DC, chap 25, pp 405-421... [Pg.119]

S. Lee, A. Rudin, in Polymer Latex Preparation, Characterization and Application, ed. by... [Pg.721]

W.-H. Hou, T.B. Uoyd, F.M. Fowkes, Pigmented Polymer Particles with Controlled Morphologies, in Polymer Latexes preparation, characterization and applications, E.S. Daniels, T. Sudol and M. El-Aasser (Eds.), ACS Symposium Series 492, Washington DC, 1992, Chap. 25, pp. 405-421. [Pg.142]

The only successful method available for stabilizing a polymer latex prepared by direct polymerisation in an organic medium is by the adsorption of a solvated polymeric or oligomeric layer at the particle medium interfacec This process is now generally known as steric stabilisationc... [Pg.40]

Daniels E. S. Sudol, E. D., El-Aasser M. S., Eds. Polymer Latexes. Preparation, Characterization and Applications-, ACS Symposium Series 492 American Chemical Society Washington, DC, 1992 p 1. [Pg.495]

An important step in tire progress of colloid science was tire development of monodisperse polymer latex suspensions in tire 1950s. These are prepared by emulsion polymerization, which is nowadays also carried out industrially on a large scale for many different polymers. Perhaps tire best-studied colloidal model system is tliat of polystyrene (PS) latex [9]. This is prepared with a hydrophilic group (such as sulphate) at tire end of each molecule. In water tliis produces well defined spheres witli a number of end groups at tire surface, which (partly) ionize to... [Pg.2669]

Hyperbranched polyurethanes are constmcted using phenol-blocked trifunctional monomers in combination with 4-methylbenzyl alcohol for end capping (11). Polyurethane interpenetrating polymer networks (IPNs) are mixtures of two cross-linked polymer networks, prepared by latex blending, sequential polymerization, or simultaneous polymerization. IPNs have improved mechanical properties, as weU as thermal stabiHties, compared to the single cross-linked polymers. In pseudo-IPNs, only one of the involved polymers is cross-linked. Numerous polymers are involved in the formation of polyurethane-derived IPNs (12). [Pg.344]

Uses. /-Butyl hypochlorite has been found useful in upgrading vegetable oils (273) and in the preparation of a-substituted acryflc acid esters (274) and esters of isoprene halohydrins (275). Numerous patents describe its use in cross-linking of polymers (qv) (276), in surface treatment of mbber (qv) (277), and in odor control of polymer latexes (278). It is used in the preparation of propylene oxide (qv) in high yield with Httle or no by-products (269,279). Fluoroalkyl hypochlorites are useful as insecticides, initiators for polymerizations, and bleaching and chlorinating agents (280). [Pg.475]

A bond coat of a polymer latex (also called polymer emulsions or dispersions) such as styrene butadiene (SBR), polyvinyl acetate (PVA) acrylics or modified acrylics. These are applied to the prepared concrete as... [Pg.104]

Latex or emulsion polymers are prepared by emulsification of monomers in water by adding a surfactant. A water-soluble initiator is added, e.g., persulfate or hydrogen peroxide (with a metallic ion as catalyst), that polymerises the monomer yielding polymer particles, which have diameters of about 0.1 pm. The higher the concentration of surfactant added, the smaller the polymer particles. [Pg.82]

Carty, P. White, S. Price, D. Lu, L. (1999) Smoke suppression in plasticised chlorinated poly(vinyl) chloride (CPVC). Polymer Degradation Stability 63 465-468 Caruso, F. Susha, A.S. Giersig, M. Moh-wald, H. (1999) Magnetic core-shell particles Preparation of magnetite multilayers in polymer latex microspheres. Adv. Mater. 11 950-952... [Pg.567]

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See also in sourсe #XX -- [ Pg.211 ]



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