Results 271 to 280 of about 2,720,118 (298)
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Field-Cycling Proton Nuclear Magnetic Relaxation-Dispersion Study of Aqueous Colloidal Silica Sols
Journal of Magnetic Resonance, Series A, 1995Abstract The magnetic-field dependence of the water-proton spin-lattice relaxation rate 1/ T 1 is reported for aqueous colloidal silica suspensions as a function of temperature, particle size, silica concentration, and isotopical proton dilution.
Roose, Patrice +3 more
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Applied Clay Science, 2019
Abstract In this paper, representative nanoscale clay minerals@Fe3O4 nanocomposites (palygorskite@Fe3O4 nanorods, sepiolite@Fe3O4 nanowires and montmorillonite@Fe3O4 nanosheets) have been used as building blocks to prepare stable colloid solutions-. All of them produce a similar magnetically controlled liquid crystal with Bragg diffraction under an ...
Meng Fu, Xiangming Li, Zepeng Zhang
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Abstract In this paper, representative nanoscale clay minerals@Fe3O4 nanocomposites (palygorskite@Fe3O4 nanorods, sepiolite@Fe3O4 nanowires and montmorillonite@Fe3O4 nanosheets) have been used as building blocks to prepare stable colloid solutions-. All of them produce a similar magnetically controlled liquid crystal with Bragg diffraction under an ...
Meng Fu, Xiangming Li, Zepeng Zhang
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Molecular Physics, 2008
We have investigated aggregation phenomena of a colloidal dispersion composed of magnetic plate-like particles by means of Monte Carlo simulations. Such plate-like particles have been modeled as disk-like particles which have a magnetic moment normal to the particle axis at the particle center, with the section shape of a spherocylinder.
Akira Satoh, Yasuhiro Sakuda
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We have investigated aggregation phenomena of a colloidal dispersion composed of magnetic plate-like particles by means of Monte Carlo simulations. Such plate-like particles have been modeled as disk-like particles which have a magnetic moment normal to the particle axis at the particle center, with the section shape of a spherocylinder.
Akira Satoh, Yasuhiro Sakuda
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Journal of Materials Chemistry B, 2013
A comprehensive method combining polymerization-induced colloid aggregation, silica coating, and high-temperature calcination is developed for the preparation of micro-sized magnetic colloidal nanoparticle cluster/silica (CNC/silica) microspheres.
Yan, Li +8 more
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A comprehensive method combining polymerization-induced colloid aggregation, silica coating, and high-temperature calcination is developed for the preparation of micro-sized magnetic colloidal nanoparticle cluster/silica (CNC/silica) microspheres.
Yan, Li +8 more
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Colloidal Interactions in Low-polarity Dispersions of Permanently Magnetic Nanoplatelets
Ferrofluids based on permanently magnetic nanoplatelets are attractive functional materials. However, their preparation in low-polarity media is particularly challenging because magnetic dipole–dipole interactions strongly promote agglomeration while conventional electrostatic stabilisation is weakened.Jošt Tručl +5 more
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Journal of Physics: Condensed Matter, 2011
Colloidal dispersions of interacting particles subjected to an external periodic forcing often develop nontrivial self-assembled patterns and complex collective behavior. A fundamental issue is how collective ordering in such non-equilibrium systems arises from the dynamics of discrete interacting components. In addition, from a practical viewpoint, by
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Colloidal dispersions of interacting particles subjected to an external periodic forcing often develop nontrivial self-assembled patterns and complex collective behavior. A fundamental issue is how collective ordering in such non-equilibrium systems arises from the dynamics of discrete interacting components. In addition, from a practical viewpoint, by
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Progress in Organic Coatings, 1991
Abstract Adsorption isotherms of nitrocellulose, polyurethane and phenoxy binder resins as well as organic phosphate and lecithin dispersants on colloidal magnetic particles in nonaqueous solutions have been determined by spectroscopic studies. Nitrocellulose and polyurethane exhibited adsorption behaviors which were very different from those of the ...
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Abstract Adsorption isotherms of nitrocellulose, polyurethane and phenoxy binder resins as well as organic phosphate and lecithin dispersants on colloidal magnetic particles in nonaqueous solutions have been determined by spectroscopic studies. Nitrocellulose and polyurethane exhibited adsorption behaviors which were very different from those of the ...
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Physical Review, 1966
Magnetic effects on diffusion of ferromagnetic colloidal particles dispersed in current-carrying fluid medium, noting force effects on relaxation ...
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Magnetic effects on diffusion of ferromagnetic colloidal particles dispersed in current-carrying fluid medium, noting force effects on relaxation ...
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Thermodynamic Structure Formation in Colloidal Dispersions of Single-domain Magnetic Nanoparticles
Dipolar structure formation in liquid dispersions of single-domain magnetite colloids is reviewed and reexamined, both for the pair formation (‘dimerization’) that occurs in dilute fluids of weakly magnetic particles, as well as the string and dipolar chain formation that spontaneously occurs for particles with a dipolar coupling constant that exceeds ...openaire +1 more source
G219 Rheological characteristics of a magnetic colloidal disperse system
Proceedings of thermal engineering conference, 2001Hisao MORIMOTO, Toru MAEKAWA
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