翻译一段纳米材料的摘要(1)

来源：百度知道 编辑：UC知道 时间：2024/05/12 16:56:23
Abstract
Nanomaterials and nanotechnology have been hot issues during the recent decades. This thesis deals with the fabrication and engineering of novel nanomaterials with enhanced functionality,
particularly nanocomposites and nanostructured surfaces. The study includes two parts; in the first part, bulk transparent polymer-inorganic nanocomposites were produced by a novel
synthesis method and its UV-absorption has been investigated. In the second part, nanostructured microporous surface layers, of copper, were fabricated by electrodeposition process and its effect on material’s performance for pool boiling has been investigated evaluated.In the first part of the thesis, bulk polymer-inorganic nanocomposites composed of poly(methylmethacrylate) (PMMA) and zinc compounds were prepared by an in situ sol-gel transition polymerization of zinc complex in PMMA matrix. The immiscibility of heterophases of solid organic and inorganic constituents was resolved by the in situ so

全文翻译

纳米材料及纳米技术摘要热点问题已经在最近十年.这一论断涉及新型纳米材料制备及工程与功能增强,特别是纳米表面和纳米结构.这项研究包括两部分; 在第一部分,散装透明聚合物生产一种新型无机纳米合成方法及其紫外线吸收已展开调查.在第二部分,纳米微孔表层、铜、电镀工艺制备及其对材料性能的沸腾--曾调查分析评价第一部分论文,大宗聚合物组成的无机纳米聚(甲基丙烯酸甲酯)(有机玻璃)、锌化合物编写了原位溶胶凝胶聚合过渡锌基复合有机玻璃.<固体heterophases混溶的有机和无机成分,通过原位溶胶凝胶聚合过渡锌nanofillers有机玻璃内的双重功能驻留剂乙醇胺,提供强大的互动界面上,既络合交成分.综合表征聚合物-无机材料已广泛开展以技术; X射线衍射,核磁共振、红外、热、热、紫外光、署、扫描、透射电镜和高分辨.齐有机玻璃-氧化锌纳米展出提高紫外线效果掩护全连射程紫外线氧化锌的含量极低0.02毫微克以上.

纳米材料及纳米技术摘要热点问题已经在最近十年.这一论断涉及新型纳米材料制备及工程与功能增强,特别是纳米表面和纳米结构.这项研究包括两部分; 在第一部分,散装透明聚合物生产一种新型无机纳米合成方法及其紫外线吸收已展开调查.在第二部分,纳米微孔表层、铜、电镀工艺制备及其对材料的性能已沸腾调查分析评价第一部分的论文,大宗聚合物组成的无机纳米聚(甲基丙烯酸甲酯)(有机玻璃)、锌化合物编写了原位溶胶凝胶聚合过渡锌基复合有机玻璃.<固体heterophases混溶的有机和无机成分,通过原位溶胶凝胶聚合过渡锌nanofillers有机玻璃内的双重功能驻留剂乙醇胺,提供强大的互动界面上,既络合交成分.综合表征聚合物-无机材料已广泛开展以技术; X射线衍射,核磁共振、红外、热、热、紫外光、署、扫描、透射电镜和高分辨.齐有机玻璃-氧化锌纳米展出提高紫外线效果掩护全连射程紫外线氧化锌的含量极低0.02毫微克以上.

ok了可以了
谢谢

原文：
Abstract
Nanomaterials and nanotechnology have been hot issues during the recent decades. This thesis deals with the