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0032592120
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A study of the localization of carbon black particles at the interfaces in heterogeneous polymer blends
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•The study shows that the localization of carbon black to the interfacial regions depends on the interfacial tension between the polymers and polymer/carbon black surface energies
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Zaikin AE, Mindubaev RY, Arhireev VP. A study of the localization of carbon black particles at the interfaces in heterogeneous polymer blends. Colloid J 1999;61:459-466. •The study shows that the localization of carbon black to the interfacial regions depends on the interfacial tension between the polymers and polymer/carbon black surface energies.
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Zaikin, A.E.1
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Gunton, J.D.1
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0001653629
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Early stages of spinodal decomposition for the Cahn-Hillard-Cook model of phase separation
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Theory of phase-ordering kinetics
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0000015942
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Pattern evolution caused by dynamic coupling between wetting and phase separation in binary liquid mixtures containing glass particles
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Tanaka, H.1
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0001190885
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Simulation of hard particles in a phase separating binary mixture
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••A computational model for the behavior of phase-separating mixtures in the presence of mobile particles, which are wetted by one of the components. The results show qualitative agreement with the experimental studies in ref. 9
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Ginzburg VV, Qiu F, Paniconi M, Peng G, Jasnow D, Balazs AC. Simulation of hard particles in a phase separating binary mixture. Phys Rev Lett 1999;82:4026. ••A computational model for the behavior of phase-separating mixtures in the presence of mobile particles, which are wetted by one of the components. The results show qualitative agreement with the experimental studies in ref. 9.
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Ginzburg, V.V.1
Qiu, F.2
Paniconi, M.3
Peng, G.4
Jasnow, D.5
Balazs, A.C.6
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11
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0344339171
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Phase separation under shear of binary mixtures containing hard particles
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••This computational study indicates that for sufficiently high concentrations of mobile filler particles, the fillers induce an 'anisotropic-to-isotropic' transition in the shape of a binary mixture under shear
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Qiu F, Ginzburg V, Paniconi M, Peng G, Jasnow D, Balazs AC. Phase separation under shear of binary mixtures containing hard particles. Langmuir 1999;15:4952-4956. ••This computational study indicates that for sufficiently high concentrations of mobile filler particles, the fillers induce an 'anisotropic-to-isotropic' transition in the shape of a binary mixture under shear.
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Langmuir
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Qiu, F.1
Ginzburg, V.2
Paniconi, M.3
Peng, G.4
Jasnow, D.5
Balazs, A.C.6
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12
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0000815011
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Late stage dynamics of phase separation processes of binary mixtures containing surfactants
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Kawakatsu T., Kawasaki K., Furusaka M., Okabayashi H., Kanaya T. Late stage dynamics of phase separation processes of binary mixtures containing surfactants. J Chem Phys. 99:1993;8200-8217.
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Kawakatsu, T.1
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Okabayashi, H.4
Kanaya, T.5
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13
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0001687663
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Kinetic model of phase separation in binary mixtures with hard particles
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••This paper provides both a computational and analytical model for the behavior of phase-separating mixtures in the presence of mobile filler particles
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Ginzburg VV, Peng G, Qiu F, Jasnow D, Balazs AC. Kinetic model of phase separation in binary mixtures with hard particles. Phys Rev E 1999;60:4352-4359. ••This paper provides both a computational and analytical model for the behavior of phase-separating mixtures in the presence of mobile filler particles.
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Phys Rev e
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Ginzburg, V.V.1
Peng, G.2
Qiu, F.3
Jasnow, D.4
Balazs, A.C.5
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14
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Effects of diffusing impurities on domain growth in the Ising model
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0032645572
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Transient target patterns in phase separating filled polymer blends
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••Experiments and computer simulations showing that phase-separating polymers form concentric 'target' patterns around immobile fillers
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Karim A, Douglas JF, Nisato G, Liu DW, Amis E. Transient target patterns in phase separating filled polymer blends. Macromolecules 1999;32:5917-5924. ••Experiments and computer simulations showing that phase-separating polymers form concentric 'target' patterns around immobile fillers.
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Macromolecules
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Karim, A.1
Douglas, J.F.2
Nisato, G.3
Liu, D.W.4
Amis, E.5
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16
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0001420465
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Filler-induced composition waves in phase-separating polymer blends
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••Computer simulations showing that immobile, circular particles set up circular concentration waves around the stationary fillers. The findings show good agreement with the experimental results in ref 16
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Lee BP, Douglas J, Glotzer SC. Filler-induced composition waves in phase-separating polymer blends. Phys Rev E 1999;60:5812-5822. ••Computer simulations showing that immobile, circular particles set up circular concentration waves around the stationary fillers. The findings show good agreement with the experimental results in ref 16.
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Phys Rev e
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Lee, B.P.1
Douglas, J.2
Glotzer, S.C.3
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17
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0001603891
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Effects of a fumed silica network on kinetics of phase separation in polymer blends
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•This computer simulation for a phase-separating fluid in the presence of a stationary, fractal network shows that the structure of the fluid is perturbed by this solid, interconnected structure
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Chakrabarti A. Effects of a fumed silica network on kinetics of phase separation in polymer blends. J Chem Phys 1999;111:9418-9423. •This computer simulation for a phase-separating fluid in the presence of a stationary, fractal network shows that the structure of the fluid is perturbed by this solid, interconnected structure.
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J Chem Phys
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Chakrabarti, A.1
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18
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7444266817
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Observed surface energy effects in confined diblock copolymers
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Russell, T.P.5
Gallagher, P.D.6
Satija, S.7
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Free energy model for confined diblock copolymers
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Equilibrium orientation of confined diblock copolymer films
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Balazs, A.C.2
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Mesoscopic self-assembly of gold islands on diblock-copolymer films
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Witten, T.A.5
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New nanocomposite materials
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Cabuil, V.5
Clinard, C.6
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23
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11544307822
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Effect of nanoparticle size on the internal structure of copolymer-nanoparticles composite thin films studied by neutron reflection
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Lauter-Pasiuk V., Lauter H.J., Ausserre D., Gallott Y., Cabuil V., Kornilov E.I., Hamdoun B. Effect of nanoparticle size on the internal structure of copolymer-nanoparticles composite thin films studied by neutron reflection. Physica B. 241/243:1998;1092-1094.
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Lauter-Pasiuk, V.1
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Ausserre, D.3
Gallott, Y.4
Cabuil, V.5
Kornilov, E.I.6
Hamdoun, B.7
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24
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0000808355
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X-Ray studies of polymer/gold nanocomposites
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••Novel experimental studies that reveal the morphology of diblock polymer films, which contain nanoscopic gold particles
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Lin B, Morkved TL, Meron M, Huang Z, Viccaro PJ, Jaeger HM, Williams SM, Schlossman ML. X-Ray studies of polymer/gold nanocomposites. J Appl Phys 1999;85:3180-3184. ••Novel experimental studies that reveal the morphology of diblock polymer films, which contain nanoscopic gold particles.
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J Appl Phys
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Lin, B.1
Morkved, T.L.2
Meron, M.3
Huang, Z.4
Viccaro, P.J.5
Jaeger, H.M.6
Williams, S.M.7
Schlossman, M.L.8
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25
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0001203471
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Decoration of a phase-separated diblock copolymer with thiol-passivated gold nanocomposites
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Zehner, R.W.1
Lopes, W.A.2
Morkved, T.L.3
Jaeger, H.4
Sita, L.R.5
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26
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0000681185
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Dynamics of surface directed mesophase formation in block copolymer melts
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••The computational studies indicate that the rate at which diblock copolymer formed ordered structures can be increased by the presence of large-scale planes or rods within the melt of these chains
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Sevink GA, Zvelindovsky AV, van Vlimmeren BAC, Maurits NM, Fraaije JGEM. Dynamics of surface directed mesophase formation in block copolymer melts. J Chem Phys 1999;110:2250-2256. ••The computational studies indicate that the rate at which diblock copolymer formed ordered structures can be increased by the presence of large-scale planes or rods within the melt of these chains.
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J Chem Phys
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Sevink, G.A.1
Zvelindovsky, A.V.2
Van Vlimmeren, B.A.C.3
Maurits, N.M.4
Fraaije, J.G.E.M.5
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27
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0033733597
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Multi-scale model for binary mixtures containing nanoscopic particles
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••A review of the efforts in modeling the behavior of phase-separating polymers in the presence of mobile particles
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Balazs AC, Ginzburg V, Qiu F, Peng G, Jasnow D. Multi-scale model for binary mixtures containing nanoscopic particles. J Phys Chem B 2000;104:3411-3422. ••A review of the efforts in modeling the behavior of phase-separating polymers in the presence of mobile particles.
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Balazs, A.C.1
Ginzburg, V.2
Qiu, F.3
Peng, G.4
Jasnow, D.5
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28
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0032642667
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Selective incorporation of palladium nanoparticles into microphase-separated domains of poly(2-vinylpyridine)-block-polyisoprene
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••The technique described in this experimental study provides a means of directing the location of the fillers particles within the diblock films and in particular, yields a means of confining the particles to the interfaces between the different domains
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Tsutsumi K, Yoshinori F, Yoshitsugu H, Hasimoto T. Selective incorporation of palladium nanoparticles into microphase-separated domains of poly(2-vinylpyridine)-block-polyisoprene. Langmuir 1999;15:5200-5203. ••The technique described in this experimental study provides a means of directing the location of the fillers particles within the diblock films and in particular, yields a means of confining the particles to the interfaces between the different domains.
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Langmuir
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Tsutsumi, K.1
Yoshinori, F.2
Yoshitsugu, H.3
Hasimoto, T.4
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29
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0031555478
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Organically modified alminosilicate mesostructures from block copolymer phases
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Templin M., Franck A., Du Chesne A., Leist H., Zhang Y., Ulrich R., Schadler V., Wiesner U. Organically modified alminosilicate mesostructures from block copolymer phases. Science. 278:1997;1795-1798.
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Science
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Templin, M.1
Franck, A.2
Du Chesne, A.3
Leist, H.4
Zhang, Y.5
Ulrich, R.6
Schadler, V.7
Wiesner, U.8
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30
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0033607502
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Ordered bicontinuous nanoporous and nanorelief ceramic films from self-assembling polymer precursors
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••This paper extends the concepts discussed this review by actually incorporating an inorganic moiety within the one of the blocks of a triblock copolymer
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Chan VZ-H, Hoffman J, Lee VY, Iatrou H, Avgeropoulos A, Hadjichristidis H, Miller RD, Thomas EL. Ordered bicontinuous nanoporous and nanorelief ceramic films from self-assembling polymer precursors. Science 1999;286:1716-1718. ••This paper extends the concepts discussed this review by actually incorporating an inorganic moiety within the one of the blocks of a triblock copolymer.
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Science
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Chan, V.Z.-H.1
Hoffman, J.2
Lee, V.Y.3
Iatrou, H.4
Avgeropoulos, A.5
Hadjichristidis, H.6
Miller, R.D.7
Thomas, E.L.8
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