Диссертация (1150357), страница 7

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

Текст из файла (страница 7)

№ζ – .ζλ7 – 506.. .,176.. .,. .μ, Қλκζ.3θκ .. .177..μ. . //... – 1937. - . Қ-152.-. .178...ζ. –.μ. – 1911. – .ηη0.-179.ДЖμ.. .. . .02.00.11.. .,180.. .,.. .,181.. .. .– 1995. - .η7. №Қ. – .қҚ-24.. .,. .. //. .– 1996. - .ηκ.№η – .θҚθ-622182.Labib M.E., Robertson A.A. The conductometric titration of latices // J.Colloid Interface Sci. 1980.

V. 77. N. 1. - P. 151-161.183.. Қλκ7. – .30ζ. /... .;.μ185.184..,. .,. .ХKCХ..қ0Ққ. .30. №θ. .Қ03-107..185..,. .,. .Қ-, 2-3-.. қ0Қ3. .3ζ. №θ. .Қ3η-140.186.Dmitriyeva I.B., Tikhomolova K.P., Chukhno A.S., Prokopovich P.P.,Starov V.M. Investigation of the electrosurface properties of NiO and Fe2O3 in azolesolutions // Colloids and Surfaces A: Physicochemical and Engineering Aspects. 2007.. 300. № 3 P.

3Қη-320.. .,187.(II)(III)Қ,қ,ζ-.. .()...-.- . қ0Ққ.ζμ. .,. .,.. 3. – . Қ03 - 110.. .,188.. .,. .,. .(IV). //.- 2014. - .3κ. №η. .7κ - 83.189.ДЖμ.. .,190.δТCХ.191.. .. . . 0қ.00.ҚҚ.. .,.. .,. ..2011. .73 №3. .3ζκ-358. ..Қ....-1974. - . 3θ, σ 3. - . ζη7 461.192.. .,. .,. .(қ-. ζ. -1999. -. қ, № ҚҚ.

- . ζη ηҚ..).186. .193..-.қ0Ққ. ҚҚҚ .. .,194.. ... .1963.- .қη. №θ. .73λ-741195.. ..196.. .,. .,,μҚλ7θ.. .,. .. .,γ-Al2O3.γ-Al2O3.//. қ0Қ0. . 3θ. № 4. . ηζқ.. .,197.. .,. .,. .δiCl.//. қ0ҚҚ. . 37. № 4. . ηҚκ-538.. .,198.. .,. //. .. .Қλκ3. .ζη. .№η . .κθζ-869.. .,199.. .,. .,. .,. .. //. .,200.//201.. . 1987. . ζλ, № 3. . ηκ0–583..μ. .,.., Қλ7қ. – ζқζ .-. .,. .//.202.– 2012 – .ηη – №λ–2 – .Қζη–147.. .,..,. ..–, Қλ77. – 177 ..187203.Oshima H., Healy T.W., White L.R. Improvment on Hogg-Healy-Fuerstenau Formulas for the Interaction on Dissimilar Double Layers//J.

Coll. InterfaceSci. 1982. V. 9. No. 21. P. 484-493.Oshima H. J. //J. Colloid Interface Sci.- 1994- V. 168.-№ Қ.- P255;.ibid.204.Electrostatic interaction between two dissimilar spheres: an explicit analyticexpression.- 1994.- V. 172.-№ қ.- P487-495..–205..

.206..–.«.. .». – 1986. – .қҚθ.Kitahara A. in: Cationic Sufactants/ Ed. By Jungermann E.,-N-Y: MarcelDekker, 1970. p. 289.207.Hogg, Yang K.C.. Secondary coagulation.- J.Colloid Interface Sci., 1976,v.56, H3, p.575-576. .,208.. .,. .,.,.μ209.. ..... қ003. №қ .Ққ-17.Martynov G.A., Muller V.M, Surface Forces in Thin Films and DispersedSystems, Isd Nauk, Moscow. 1961, p. - 220..

.,210.. //.. ..ҚλθҚ. – .Қκ3. .,211.. .,. ..//.μ.1974. – . қζλ212.. .,. .,. .,Fe OH-. .ZrO2-. //. .1999. .θҚ. – .ζκ7-495213.Novikova N.A., Golikova E.V., Bareeva R.S., and Chernoberezhskii Yu.M.Aggregation Kinetics of Monodisperse Silica Sol in Aqueous NaCl Solutions // GlassPhysics and Chemistry, 2013, Vol.

39, No. 4, pp. 390-39718814/(1) CNaCl=0.001(2) CNaCl=0.01m3(3) CNaCl=0.1//2312104m501003150200t,250300/(1) CNaCl=0.0012(2) CNaCl=0.01/(3) CNaCl=0.1/10450100150200t,m3250/(1) CNaCl=0.001(2) CNaCl=0.01//(3) CNaCl=0.123001050100150200250300t,( ),= 0.234.0= 0.55( )= Қ.0қ( )CNaCl 0.00Қ (Қ), 0.0Қ (қ), 0.Қ (3)/18910V/kT50040 h,2060/(1) CNaCl=0.001-5(2) CNaCl=0.01/(3) CNaCl=0.1/10101V/kT212-1055V/kT002040602040h,60h,33-5/-10= 0.23/(1) CNaCl=0.001/(2) CNaCl=0.01(3) CNaCl=0.1-5/(1) CNaCl=0.001(2) CNaCl=0.01/(3) CNaCl=0.1/-10( ), = 0.55( ) = Қ.0қCNaCl 0.00Қ (Қ), 0.0Қ (қ), 0.Қ (3)( )/4.0 01902,ζλ,..,..= 0.55xi iN1  X(1)N=7 –;Х –Қ.Х 1NN xi i 11 71xi  1,52 107  2.18 1067 i 17(2)қ.(7N ( xi  X )2Di 1N 1xi 12i 7  (2.18 106 )27 1N2 (x  X )ii 1N 1s D)3.37 1013  3.32 1013 9.57 10106(3)N 22 x  NXii 1 9,57  1010  3.09  105N 1(4)3.GMax( xi  X ) 2N (xi 1GА Лi X )21.6  1011 0.28(7  1)  9.57  1010 0,95; f  1; N  7)  0,7271(чч(5)яЧ;ёяf  1.0,28  0,7271GGА Л(η),,.,.,191(–μ) /( .

.,ё–ζ.).(NA (xii 1) X )3Ns 3 A  7,852,11  101 67  3,09  10 53N 1 7,85( N  1)( N  3) 0,10(6)7 1 2,15(7  1)(7  3)0.10  2.15A  Aη.(NEE (xi 1iё X )4Ns 4)8.05  10 22 7  3.09  10 54 1.26(7)N ( N  2)( N  3)7(7  2)(7  3) 28.5 28.5 3.852( N  1) ( N  3)( N  5)(7  1) 2 (7  3)(7  5)1.26  3.85E  E(θ)(7).θ.sX sN3,09  10 577. 1,17  10 5(8)Ёsr st( ; N ) 3,09  10 52.3646  2.76  10 5(9)N7t (  0.95; N  7)  2.3646 ё().192κ.sХ  sr t ( ; N ).n2.18  10 6  2.76  10 5(10)s r 2.76  10 5 12.70%Х 2.18  10 612.70  100 (Х )  ( Х )  100%(Қ0),ё,ё.λ.Х  ( Х  s )  (2.18 10r6 2.8 105(Х (11))| sr |2.76 105100 %  12.70%Х2.18 10 6,қ0%,.(12)Х.

Характеристики

Список файлов диссертации