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1、 编号： 212014153本论文是否要求收回：否硕 士 研 究 生 学 位 论 文纳米复合环氧多胶粉云母带的性能研究领 域：材料工程研究方向：电工材料特性及其应用姓名：李净植指导老师：饶保林论文起止日期：2015年3月 至2016年4月2Research on the Properties of Resin-Rich Mica Tape with Nano compositeMajor：Material EngineeringDirection of Study：Property and Application of Electrical Engineering MaterialGradua
2、te Study：Li JingzhiSupervisor： Prof.Rao BaolinMarch,2015to April,2016研究生学位论文独创性声明和版权使用授权书独创性声明 本人声明:所呈交的论文是本人在导师指导下进行的研究工作及取得的研究成果。据我所知，除了文中特别加以标注和致谢的地方外，论文中不包含他人已经发表或撰写过的研究成果，也不包含为获得其它教育机构的学位或证书而使用过的材料。对论文的完成提供过帮助的有关人员已在论文中作了明确的说明并表示谢意。 学位论文作者（签字）： 签字日期 ：学位论文版权使用授权书本学位论文作者完全了解 (学校)有关保留、使用学位论文的规定，有权
3、保留并向国家有关部门或机构送交论文的印刷本和电子版本，并允许论文被查阅和借阅。本人授权 (学校)可以将学位论文的全部或部分内容编入有关数据库进行检索，可以采用影印、缩印或扫描等复制手段保存、汇编学位论文。同时授权中国科学技术信息研究所将本学位论文收录到中国学位论文全文数据库，并通过网络向社会公众提供信息服务。（保密的学位论文在解密后适用本授权书）。本论文是否保密：是 否 如需保密，保密期限为：学位论文作者签名： 导师签字： 签字日期： 年 月 日 签字日期： 年 月 日摘要近年来，国外在高压电机纳米复合主绝缘方面开展了不少研究，取得了一些重要研究进展，目前国外一些先进公司已经进入样机试制和试运
4、行阶段。然而国内尚缺乏相关研究，因此有必要探讨纳米复合主绝缘的制造技术、特性及其应用技术。由于聚合物纳米复合材料具有优良的耐电晕性和耐局部放电能力，采用纳米复合主绝缘对于延长高压电机主绝缘的电寿命，提高主绝缘的可靠性、减薄绝缘厚度以及降低整机制造成本均具有重要意义。 本课题在项目组前期研究的基础上，对项目组在工厂试制的JF5440-1GN纳米复合环氧多胶粉云母带的性能进行了探讨，并与国内现有环氧多胶粉云母带进行了对比，探讨了纳米复合主绝缘材料的基本特性，为纳米复合环氧多胶粉云母带应用于高压电机主绝缘提供参考和试验依据。JF5440-1GN纳米复合环氧多胶粉云母带与现有环氧多胶粉云母带在组成上的
5、主要区别在于：JF5440-1GN纳米复合云母带的粘合树脂中引入了12.5%重量比的13nm的气相法Al2O3粉体。本课题重点研究了JF5440-1GN纳米复合云母带固化前的性能和固化后的基本常规性能和电击穿特性。通过项目研究，得到以下结论：在粘合树脂中引入纳米Al2O3后，粘合树脂固化前的流动性虽然有所下降，但仍然能够满足相应国家标准的技术要求。其余的固化前性能与现有产品水平相当，粘合树脂的凝胶时间和成型压制条件等应用工艺性能与现有产品没有明显差别。JF5440-1GN纳米复合环氧多胶粉云母带固化成型后，按照IEC 60343耐表面放电试验方法标准检测，电寿命有了很大的提高，达到现有产品的2
6、.2倍。击穿场强、介质损耗因数、介电常数等介电性能按照相应国家标准检测，与现有产品处在同一水平。与国内现有产品相比，JF5440-1GN纳米复合环氧多胶粉云母带固化后具有更为优良的高温力学性能，弯曲强度-温度曲线相比桐马云母带向高温平移了4050，相比高机械强度云母带向高温平移了10左右，但冲击强度有所下降，仅为现有产品的70%左右。导热系数比现有主绝缘材料提高了2535%，105下约为0.34 W/(mK)。关键词：高压电机，主绝缘，多胶粉云母带，纳米复合，纳米改性IIIAbstractIn recent years，in foreign countries, many researches
7、 have been carried out on the nano composite main insulation of high voltage motor. It has made some important progress. At present, some foreign progressive corp have entered the prototype trial run and trial operation stage. However, there is still a lack of relevant research in China. Therefore,
8、it is necessary to carry out research on manufacturing technology and application of nano composite main insulation.Due to the excellent resistance to corona resistance and partial discharge capacity of polymer nanocomposites. The electrical life of the main insulation of high voltage motor is prolo
9、nged by using nano composite main insulation. Improving the reliability of the main insulation, it is important to reduce the thickness of the insulation and reduce the manufacturing cost of the whole machine.This topic is based on the previous research of the project team. The project team conducte
10、d a preliminary study on properties of JF5440-1GN nano composite powder mica tape factory production of epoxy, and compared with the existing main insulation materials, the basic properties of the nano composite material are discussed, for nano composite epoxy powder mica in multiple main insulation
11、 of high-voltage motors provide reference and experimental basis for application.The main difference between the JF5440-1GN nano composite epoxy resin mica tape with the existing multi multi epoxy resin mica tape in terms of the composition is: JF5440-1GN nano composite mica tape adhesive 12.5% weig
12、ht ratio of 13nm into the resin in the gas phase Al2O3 powder. This paper focuses on the properties of JF5440-1GN nano composite mica tape before curing and the basic conventional and electrical properties after curing. Through project research, the following conclusions are obtained:After the intro
13、duction of Al2O3 nano powder into the adhesive resin, although the mobility of the adhesive resin was decreased, but it still can meet the technical requirements of the corresponding national standards. The remaining curing performance is comparable to the existing product level, adhesive resin gel
14、time and pressed conditions of application of process performance and existing products have no obvious difference.JF5440-1GN nano composite epoxy rich resin mica tape after curing, standard test method for surface discharge test method in accordance with IEC 60343, electrical-life has been greatly
15、improved, to reach 2.4 times the existing product. The dielectric properties of breakdown field strength, dielectric loss factor and dielectric constant are detected according to the relevant national standards, with existing products at the same level.Compared with existing products in china, JF5440-1GN nano composite epoxy powder mica tape cured with much more excellent high-temperature mechanical pro
