Диссертация (1150357), страница 5

Просмтор этого файла доступен только зарегистрированным пользователям. Но у нас супер быстрая регистрация: достаточно только электронной почты!

Текст из файла (страница 5)

-m = 1.9..қ0%.Ққ0.4(1) 14 %(2) 20 %(3) 26 %(4)m3...312214050100150200250300 t,200250300 t,4(1) 14 %(2) 20 %(3) 26 %(4)m32...23114050100150. 3.55.( = 0.23)( = 0.19)((ζ)NaCl =0.00Қ/ .Қ-3)164Қ0μ Қζ%- m = Қ.7қθ%. - m = Қ.η..,,,– m = Қ.қ, Қλ%қ0%.Ққ0.,,w = Ққ%,ζ0%.(ζ0%.).165((Uef),()SmW)0.Қλ – Қ.0қλ)(3 –,NaCl..WσКCХ--(-,).-.σКCХ,.,,.,.–(V( / )«» ( ),)(k11/b11),(WH-Y),(φ )-(r3 ).166...,()( = 0.55= 0.ζқ;= 0.қ3= 0.Қλ),,.,,–..,30%,( Қ0%..),;.қη%.,w = Ққ%..1671. Hidalgo-Alvarez.

R., Martin-Rodriguez A., Fernandez A., Bastos D., Martinez F.,de las Nieves F.J. Electrokinetic properties, colloidal stability and agregation kinetics ofpolymer colloids // - Adv. Colloid Interface Sci, 1996. V. 67. - P. 1-1182. Yakimansky A.V, Menshikova A.Yu., Shevchenko N.N., Shabsels B.M.,Bazhenova A.G., Sel'kin A.V., Sazonov S.K., Vedernikov A.I., Gromov S.P.,Sazhnikov V.A., Alfimov M.V. From polymeric nanoparticles to dye-containingphotonic crystals: synthesis, self-assembling, optical features, and possible applications.// Polymers for Advanced Technologies. 2009.

20(6), 581–588.. .,3.. .,. .,.. .,.,. .,. .μ//. . ..4., 2009. - № λη. - . κκ-96..,. .,. .,. .,. .μ c//.., қ0ҚҚ. - . κζ. № λ. - . ҚηҚ7-1525.. ., .5.. .,. .,-..//«»,. – 2012. - . 3λ-41.-.6..,. .,. .,. .,. .//.2011. - . η3. № θ. - . Қ0λҚ-1096.7. Matijevic E.. Nanosize precupsors as bulding bloks for monodispersed colloids. //.

. – 2007. - .θλ. №Қ – .33-428. Bangs L. B.. The Latex Course. [In Book]: The Latex Course - Carmel.Indianapolis. USA: Bangs Laboratories Inc., 1996. V. 4. - P. 1-15.1689. Kawaguchi H.. Functional polymer microspheres. /. - Prog. Polym. Sci., 2000. V.25.

- P. 1171 – 1210.10..,. .,. .,. .,. .μ c.11.//.. 2011. . κζ. № λ. . ҚηҚ7-1525.Arshady R. / Suspension, emulsion, and dispersion polymerization: Amethodological survey.- Coll. Polym. Sci., 1992. V. 270; N. 8. - P. 717 - 732.12... .,13..μ, Қλ7ζ. θҚθ .. .,. .,.. .,. .,.//.., қ0Қ3. .

κθ. № қ. . қθқ-27214.. .15....,.μ, Қλκ0. қλθ .. .,. .,...,. .,.N//, қ0Қζ. . ηθ. № қ.. Қζζ-151.. .,16.. .,. .,.. .,. .,.//.., 2013. . 7η, № ζ, -. ηҚҚ-52317.. .,. ..-, ҚλλҚ. . θ0; № қ. -. 3λκ-429.. .,18.. .,(. //). .,. . – 1994. - .ηθ. №3 – .30λ-314.16919.HingeM.Synthesisofanioniccore-shellpoly(styrene-co-N-isopropylacrylamide) colloids by a two step surfactant free emulsion polymerization. . – 2007.

- .θλ. №3 – .37қ-377.process. //20.Vanderhoff J. W., Aasser M. S., Micale F. J., Sudol E. D., Tseng C. M.,Silwanowicz A., Kornfeld D. M., Vicente F. A. Preparation of Large Particle SizeMonodisperse Latexes in Space: Polymerization Kinetics and Process Development / J.Dispersion Sci. &Tech. 1984. V. 5. P. 231- 246.. .,21.. .,. .,//. ... Қλλθ. . θη.

№ қ. - . Қ7κ- 192.. .,22.. .,. .,. .,.. .,. .,.//. Қλλλ. . қη.№ ҚҚ. - . κθκ-880.23.Elaissari A.M. Colloidal biomolecules, biomaterials, and biomedicalapplications / Ed. New York: Dekker, 2004. - 488 p.. .,24.. .,. .,. .,-. .,.-//. . 1995. . η7. №2. - . 182-185.. .,25.. .,. .,-.

.,. .,. //. . – Қλλη . – .η7. №қ. –.-.Қκқ-185.26.Chen X., Cui Z.C., Chen Z.M., Zhang K., Lu G., Zhang G., Yang B.Thesynthesis and characterizations of monodisperse cross- linked polymer microsphereswith carboxyl on the surface // Polymer. 2002. V. 43. N 15. - P. 4147-4152..

.,27.. .,. ...,. .,. .,170//.. ҚλλҚ. . 33 . № θ. . ζҚ3-416..E.,28.. .,ε. ., εОA..,E ОО К T. .//.29.. ... . Қλλ0. . ηқ. № η. . λ3η-941..,. .,. .,. .,//. . Қλλ7. . ηλ. № η. - . θ7Қ-675.№қҚθζλҚλ (Қ0.0ζ.қ00Қ).30...,.. .,. № Қ0, қ00Қ.. .М.. .,31.. .,. .,.. .,. .,.σ. //, .ηθ,. B, қ0Қζ,№қ, Қζζ-151.32.. .,.,. .,. .,.

.. .,. .,σ. ., қ0ҚҚ. . 73. № Қ. . θқ.//33.Menshikova A., Evseeva T., Shevchenko N., Shabsels B., Yakimansky A.,Ivanchev S. Monodisperse Particles Based on Copolymers of Methyl Methacrylate orStyrene with N-vinylformamide // Macromol. Symp. 2009. V. 281. N 1.

P. 61-68.34.Xu J., Timmons A.B., Pelton R.. N-Vinylformamide as a route to amine-containing latexes and microgels // Colloid & Polymer Sci. 2004. V. қκқ. № 3. P. қηθ.. .,35.. .,. .//. . 2015. V. 77. N 1. - P. 1-5..,..,17136.Delair T., Marguet V., Pichot C., and Mandrand B.. Synthesis andcharacterization of cationic amino functionalized polystyrene latexes // J. ColloidPolym. Sci. 1994. V. 272. – P. 962-97037.Pelton R.H., Pelton H.M., Morphosis A., Rowell R.L.

Engineering glucoseswelling responses in poly (N-isopropylacrylamide)-based microgels. // Langmuir.1989. V.5. –P. 816-819. ..38...39..,. .,. .,.. Қλκζ. .,. .,. .,. .σ-//. ., қ0ҚҚ. . 73. № Қ. . θқ-68..40.. .,. .,. .,. ..,. .,. .,. .,. .,. .,//.., қ0Қ0. . κ3. № ҚҚ. . Қκθη-1873.. .,41.. .,. .,. .,. .,. ..-. //.

. – Қλλζ . – .ηθ. №ζ. – .ζκ7-490.. .,42.. .,. .,. .,. .,-. //. .-. . – Қλλζ . – .ηθ. №ζ. – .ζλҚ – 495/43.Silva C., Baptista R.., Santos A., Martinho J., Cabral J., Taipa M.Adsorption of human IgG on to poly(N-isopropylacrylamide)-based polymer particles.// Biotechnol Lett.

2006. – V. 28. – P. 2019–2025.44... .,.,. .,. .,. .,. .,. .. .,. .,. .,. .,172, 2012. . ηζ. № Қ. . λ3-101.//. .,45...,. .,. .,.. .,.,. .,. .-μ//, қ0Ққ. . 7. № 3-4. C. 105-111.46.Kavaguchi H., Fujimoto K., Mizuhara Y., Hydrogel microspheres, III.Temperature-dependent adsorption of proteins on poly-N-isopropylacrylamide hydrogelmicrospheres.

// J Colloid PolymSci. 1992. V.270 – P.53-5747.Kavaguchi H., Fujimoto K., Saito M., Kamasaki T., Urakami Y.Preparation and modification of monodisperse hydrogel microspheres. // Polym. Int.1993. V. 30 – P. 225-23148.Fujimoto K., Mizuhara Y., Tamura N., Kavaguchi H. J. Interactionsbetween Thermosensitive Hydrogel Microspheres and Proteins. // Intell.

Mater. Syst.Struct. 1993. V.4. – P.184-18949.Taniguchi T., Duracher D., Delair T., Ela ssari A., Pichot C.Adsorption/desorption behavior and covalent grafting of an antibody onto cationicaminofunctionalized poly(styrene-N-isopropylacrylamide) core-shell latex particles. //J.Colloid & Surfase B:Biointerfaces. 2003.V.29 – P. 56-6550.Park G., Chung H.J., Kim K. and others. Immunologic and tissuebiocompatibility of Flexible/Stretchable electronics and optoelectronics.// Advancedhealthcare materials J. – 2014. –V.3 I.4.

– P.515-525.51.Muller M., Zentel R., Maka T., Romanov S., Torres C.M.S.. Dye-Containing Polymer Beads as Photonic Crystals. // Chem. Mater.J.- 2000. – V. 12. –P.250852.Nagao D., Anzai N., Kobayashi Y., Gu S., Konno M. Preparation of highlymonodisperse poly(methyl methacrylate) particles incorporating fluorescent rhodamine6G for colloidal crystals. // J. Colloid and Interfase Sci. - J.- 2006. – V. 298. – P. 23223717353.Gouy G. Constitution of the electric charge at the surface of an electrolyte// J.

Phys. 1910. v.9. N 4. - P.457-467.54.Chapman D.A.. A contribution to the theory of electrocappilarity. // Philos.Mag. 1913. v.25, N 148, p.475-487.55.Stern O.. Zur theorie der electrolytischen doppelschicht. // Z. Electrochem.,1924. V.30. - P.508-521.56.GrahameD.C.Theelectricaldoublelayerandthetheoryofelectrocapillarity. // Chem. Rev. 1947. V.41. - .ζζҚ-453. .,57.. ..-.., Қλ7ζ,.3θ.

№ζ. -.θ7қ-677.58.. .,. ..59.. .,.,. //,.,. ..,.. //60..Қλ7θ.. .– 1993. - .ηη. №θ. – . қҚ-25.Gur Y., Ravina I. Rheological electrokinetic phenomena in a singlecapillary. // J. Colloid Interface Sci. 1979. V.72. no.3. - P.442-45761.Van der Hul H.J.. Estimation of Outer Helmholtz plane potentials fromnegative adsorption of co-ions. // J. Colloid Interface Sci. 1983.

V.92. no.1. - P. 217221.62.Lyklema J. Water at interfaces: a colloid-chemical approach. //J. ColloidInterface Sci. 1977. V.58, no.2. - P.242-250.63.Shubin V.E., Hunter R.J., O Brien R.W. Electroacoustic and dielectricstudy of surface conduction // J. Coll. Interface Sci. 1993. V. 159. N 1. P. 174-183.64.Shubin V., Samoshina Y., Menshikova A., Evseeva T. Adsorption ofcationic polyelectrolyte onto a model carboxylic latex and the influence of adsorbedpolycation on the charge regulation at the latex surface // Colloid Polym.Sci. 1997.

V.275. N 7. P. 655-660.65.. .,. .,. .,. .174. //66.. .,ҚλλҚ. № Қ. - . Қκ7-190Loeb A.L., Wiersema P.H., G. Overbeek J. Th. The electrical double layeraround the spherical colloidal particle. // Cambrige: M.I.T. Press. 1961.67.Wiersema P.H., Loeb A.L., Overbeek J.Th.G.. Calculation of theelectroforetic mobility of a spherical colloid particle. // J.Colloid Interface Sci. 1966.V.22. - P.78-99.τ’BЫОТЧ R.W., White L.R..

Характеристики

Список файлов диссертации