Synthesis of monodisperse polymer sub-micron particles using radiation of electron-beam

摘要

The present invention is as through the irradiation of a hydrophobic and a short dispersion phase production method of polymer particles of a hydrophilic type, and more particularly, by dispersing the monomer of the hydrophobic and hydrophilic groups of two or more in an organic solvent, cross-linking by irradiation Chemistry Polymer Particles It is characterized in that a uniform one fine particle preparation of the dispersed phase, particle size distribution and readily controlled size, compared to fine particle been synthesized by a conventional emulsion, a dispersion, a suspension polymerization method. The method implemented by the present invention a process is reduced to one step, and the cost of significantly reducing the polymerization time is shortened excellent price-competitive method as compared to conventional methods. The invention 1-100 radiation or electrons with the same energy of KGy range of impact modifier, polyethylene and polypropylene film of the spacer, the engineering plastics of the liquid crystal display panel through the irradiation of the beam anti-blocking, such as the paint and ink quencher, to a uniform on the stages of the polymer fine particle manufacturing method having a 0.1 ㎛ ~ 50 ㎛ particle size of which is advantageously utilized as a support for the catalyst support, a solid phase synthesis support, a drug delivery system of proteins.