快速合成具耐溶劑核心之核殼結構次微米球及其應用於增加光子晶體成膜性質之研究;Rapid synthesis of core-shell structure submicrospheres which consisting of solvent-resistance core, and the application in improving film properties of opal film.

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题名:	快速合成具耐溶劑核心之核殼結構次微米球及其應用於增加光子晶體成膜性質之研究;Rapid synthesis of core-shell structure submicrospheres which consisting of solvent-resistance core, and the application in improving film properties of opal film.
作者:	陳暉
贡献者:	國立中央大學化學工程與材料工程學系
关键词:	化學;材料科技
日期:	2013-12-01
上传时间:	2014-03-17 11:30:58 (UTC+8)
出版者:	行政院國家科學委員會
摘要:	研究期間：10208~10307;In this proposal, the core-shell structure submicrospheres which consisted of solvent-resistance core and better film-forming polymer shell were designed to improve the film properties of opal film. The periodic structure of opal film was constructed by core polymer and air, and the polymer of shell was served as binder between the interfaces of spheres. On the basis of soap-free emulsion polymerization experiences studied by the laboratory, monodisperse submicrospheres could be prepared in fast reaction by changing reaction temperature. In the first year, different kinds of monomers and compositions were studied to synthesize various degrees of cross-linked submicrospheres. The relationship between compositions of monomers and solvent-tolerance ability could be studied by solvent-tolerance test. And using the solvent-resistance submicrospheres as cores, a series of monodisperse core-shell submicrospheres, which consist of various shell Tgs, were synthesized by controlling the introducing time and monomer feeding ratio of second-step monomers (St, MMA, and BMA). The shell polymer chains could be spread without changing the formation of core, by dispersing this structure of submicrospheres into the organic solvent. And the purposed of improvement film properties could be carried out by self assembling the core-shell submicrospheres at suitable conditions. In second year, on the basis of the result of first year, the chosen core-shell spheres were used to construct the hydrophilic polymer shell. The hydrolysis process of ester groups was carried out by saponificate reaction and caused the hydrophilic polymer chains of shell portion. The advantages of improvement film properties were well discussed by spreading these chosen spheres into various intermedium (water, swelled by monomer (including initiator), and adsorbed melamine). This was advantages in the study of improvement film properties of opal film. If the basic study can be used as support, the applications of monodisperse particles would be extensively expanded.
關聯:	財團法人國家實驗研究院科技政策研究與資訊中心
显示于类别:	[化學工程與材料工程學系 ] 研究計畫

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