本文主要研究内容
作者屈芳（2019）在《基于绿色环保的凹版印刷水性油墨干燥特性及试验研究》一文中研究指出：随着国家对产品安全和环境保护的政策要求越来越高,企业加强了VOCs排放严格监测与有效控制,传统凹版印刷溶剂型油墨因含有大量的有机溶剂而受到冲击。传统溶剂型油墨印刷不仅污染环境,而且在印刷品中残留的物质对人体健康有害。水性油墨有机溶剂含量低,可以极大地改善印刷操作环境,增强产品质量安全,因此受到包装印刷行业的关注和青睐。然而水性油墨在应用的过程中出现了干燥所需能耗高、干燥时间长和干燥不彻底等问题。因此,本文展开水性油墨的干燥特性研究,依据传热传质和干燥过程基本原理,进行干燥机理分析并通过试验探究不同干燥条件对水性油墨干燥的影响,为水性油墨干燥系统优化提供理论依据,对指导水性油墨的干燥工艺过程提供参考,对推动绿色环保水性油墨的广泛应用具有实际意义。主要研究内容如下:(1)以传热传质和干燥过程的基本原理为理论基础,对水性油墨干燥机理展开研究,基于水性油墨自身的特殊性进行热湿交换原理分析,并分析水性油墨的热风干燥机理。(2)根据水性油墨的热风干燥特性和电加热型烘箱的工作原理,设计用于油墨干燥的试验平台模型,该试验平台利用风机通入室温气流,能够实现对不同油墨印刷品干燥的实验模拟。(3)通过试验研究水性油墨的热风干燥特性,分析热风干燥风温和风速对水性油墨干燥产生的影响,并从凹版印刷机中烘箱部流体分析和结构优化的角度分析解决水性油墨干燥困难问题的可行性。(4)通过机理分析和试验,分别研究水性油墨的红外干燥特性和水性油墨的微波干燥特性,分析不同干燥条件对水性油墨干燥产生的影响,并探究适用于凹版印刷水性油墨的联合干燥工艺方案。
Abstract
sui zhao guo jia dui chan pin an quan he huan jing bao hu de zheng ce yao qiu yue lai yue gao ,qi ye jia jiang le VOCspai fang yan ge jian ce yu you xiao kong zhi ,chuan tong ao ban yin shua rong ji xing you mo yin han you da liang de you ji rong ji er shou dao chong ji 。chuan tong rong ji xing you mo yin shua bu jin wu ran huan jing ,er ju zai yin shua pin zhong can liu de wu zhi dui ren ti jian kang you hai 。shui xing you mo you ji rong ji han liang di ,ke yi ji da de gai shan yin shua cao zuo huan jing ,zeng jiang chan pin zhi liang an quan ,yin ci shou dao bao zhuang yin shua hang ye de guan zhu he qing lai 。ran er shui xing you mo zai ying yong de guo cheng zhong chu xian le gan zao suo xu neng hao gao 、gan zao shi jian chang he gan zao bu che de deng wen ti 。yin ci ,ben wen zhan kai shui xing you mo de gan zao te xing yan jiu ,yi ju chuan re chuan zhi he gan zao guo cheng ji ben yuan li ,jin hang gan zao ji li fen xi bing tong guo shi yan tan jiu bu tong gan zao tiao jian dui shui xing you mo gan zao de ying xiang ,wei shui xing you mo gan zao ji tong you hua di gong li lun yi ju ,dui zhi dao shui xing you mo de gan zao gong yi guo cheng di gong can kao ,dui tui dong lu se huan bao shui xing you mo de an fan ying yong ju you shi ji yi yi 。zhu yao yan jiu nei rong ru xia :(1)yi chuan re chuan zhi he gan zao guo cheng de ji ben yuan li wei li lun ji chu ,dui shui xing you mo gan zao ji li zhan kai yan jiu ,ji yu shui xing you mo zi shen de te shu xing jin hang re shi jiao huan yuan li fen xi ,bing fen xi shui xing you mo de re feng gan zao ji li 。(2)gen ju shui xing you mo de re feng gan zao te xing he dian jia re xing hong xiang de gong zuo yuan li ,she ji yong yu you mo gan zao de shi yan ping tai mo xing ,gai shi yan ping tai li yong feng ji tong ru shi wen qi liu ,neng gou shi xian dui bu tong you mo yin shua pin gan zao de shi yan mo ni 。(3)tong guo shi yan yan jiu shui xing you mo de re feng gan zao te xing ,fen xi re feng gan zao feng wen he feng su dui shui xing you mo gan zao chan sheng de ying xiang ,bing cong ao ban yin shua ji zhong hong xiang bu liu ti fen xi he jie gou you hua de jiao du fen xi jie jue shui xing you mo gan zao kun nan wen ti de ke hang xing 。(4)tong guo ji li fen xi he shi yan ,fen bie yan jiu shui xing you mo de gong wai gan zao te xing he shui xing you mo de wei bo gan zao te xing ,fen xi bu tong gan zao tiao jian dui shui xing you mo gan zao chan sheng de ying xiang ,bing tan jiu kuo yong yu ao ban yin shua shui xing you mo de lian ge gan zao gong yi fang an 。
论文参考文献
论文详细介绍
论文作者分别是来自西安理工大学的屈芳，发表于刊物西安理工大学2019-07-19论文，是一篇关于水性油墨论文,干燥机理论文,热风干燥论文,红外干燥论文,微波干燥论文,西安理工大学2019-07-19论文的文章。本文可供学术参考使用，各位学者可以免费参考阅读下载，文章观点不代表本站观点，资料来自西安理工大学2019-07-19论文网站，若本站收录的文献无意侵犯了您的著作版权，请联系我们删除。
标签：水性油墨论文; 干燥机理论文; 热风干燥论文; 红外干燥论文; 微波干燥论文; 西安理工大学2019-07-19论文;