共查询到19条相似文献,搜索用时 46 毫秒
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无水胶印过版纸张数量的分析研究 总被引:1,自引:1,他引:0
针对我国发展无水胶印的需要,利用抽样调查和数理统计的原理分析了无水胶印印刷适性参数K,计算得到了无水胶印过版纸张数量远小于有水胶印,对生产实践有很大的指导意义. 相似文献
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无水胶印产品质量稳定性的分析研究 总被引:1,自引:1,他引:0
针对我国发展无水胶印的需要,利用抽样调查和数理统计的原理,分析了无水胶印在印刷过程中印品密度在短时间内即可达到稳定状态,而且研究还发现无水胶印印品在干燥前后密度值变化很小,从而得出无水胶印在产品质量稳定性方面比有水胶印更具优势的结论,为在我国推广无水胶印提供了合理的依据. 相似文献
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测试德国K E有水胶印油墨和无水胶印油墨印出的印刷测试条,计算两种油墨的色强度,色相误差,颜色饱和度,色效率.计算分析结果表明:无水胶印油墨的色彩还原质量好于有水胶印油墨. 相似文献
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UV印刷油墨在包装胶印中的应用分析 总被引:5,自引:3,他引:2
分析了使用普通胶印油墨印刷存在的主要问题,指出普通胶印油墨已不适应现代化印刷工业;介绍了使用UV油墨印刷的主要特点及其对胶印工序的要求;列出了在胶印中推广UV油墨印刷存在的主要问题,提供了一些解决办法. 相似文献
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随着印刷工业的进步,印刷技术及印刷设备不断完善提高,其中胶印印刷以其特有的优势,例如:制版快速方便、成本低廉、印刷质量高、纸张使用范围广、印刷数量可缩性大等受到国内外印刷厂家的重视和开发,得到快速而广泛的发展,从而在国际印刷工业中占据了主导地位,胶印油墨也随之得到较快的发展. 相似文献
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随着全球经济的快速增长及各国人民文化生活水平的提高.印刷工业以其日新月异的速度在中国及全球得以发展。印刷工业的发展,使印刷技术不断提高,印刷设备不断改善。其中尤以胶印印刷以其特有的优势,即:制版快速方便、成本低廉、印刷质量高、纸张使用范围广、印刷数量可塑性大等逐步受到了国内外印刷厂家的重视.并得到快速而广泛的发展。从而使胶印印刷在国际 相似文献
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优化胶印烟标的有益尝试包宇峰▲无需再使用润版液最早对位于荷兰Eindhoven的Gestel印刷公司产生兴趣的,应该说是香烟生产商。从Gestel公司总裁MaxHuig的产品展示室中一眼就能看出Gestel目前的印刷任务主要是香烟包装印刷。所有烟盒都... 相似文献
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在产品印刷中,容易让人忽视的是晒版质量对印刷的影响。因为,印刷加工就要是对原稿进行复制和有效还原;它以印版载体,通过印刷设备实现整个加工过程。因此,晒版质量的好坏直接影响到原稿复制效果的真实性。下面就影响晒版质量的具体因素作一些初浅的分析。 相似文献
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Pieter F. Moonen Iryna Yakimets Jurriaan Huskens 《Advanced materials (Deerfield Beach, Fla.)》2012,24(41):5526-5541
In this report, the development of conventional, mass‐printing strategies into high‐resolution, alternative patterning techniques is reviewed with the focus on large‐area patterning of flexible thin‐film transistors (TFTs) for display applications. In the first part, conventional and digital printing techniques are introduced and categorized as far as their development is relevant for this application area. The limitations of conventional printing guides the reader to the second part of the progress report: alternative‐lithographic patterning on low‐cost flexible foils for the fabrication of flexible TFTs. Soft and nanoimprint lithography‐based patterning techniques and their limitations are surveyed with respect to patterning on low‐cost flexible foils. These show a shift from fabricating simple microlense structures to more complicated, high‐resolution electronic devices. The development of alternative, low‐temperature processable materials and the introduction of high‐resolution patterning strategies will lead to the low‐cost, self‐aligned fabrication of flexible displays and solar cells from cheaper but better performing organic materials. 相似文献
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Utku M. Sonmez Stephen Coyle Rebecca E. Taylor Philip R. LeDuc 《Small (Weinheim an der Bergstrasse, Germany)》2020,16(16)
Soft lithography enables rapid microfabrication of many types of microsystems by replica molding elastomers into master molds. However, master molds can be very costly, hard to fabricate, vulnerable to damage, and have limited casting life. Here, an approach for the multiplication of master molds into monolithic thermoplastic sheets for further soft lithographic fabrication is introduced. The technique is tested with master molds fabricated through photolithography, mechanical micromilling as well as 3D printing, and the results are demonstrated. Microstructures with submicron feature sizes and high aspect ratios are successfully copied. The copying fidelity of the technique is quantitatively characterized and the microfluidic devices fabricated through this technique are functionally tested. This approach is also used to combine different master molds with up to 19 unique geometries into a single monolithic copy mold in a single step displaying the effectiveness of the copying technique over a large footprint area to scale up the microfabrication. This microfabrication technique can be performed outside the cleanroom without using any sophisticated equipment, suggesting a simple way for high‐throughput rigid monolithic mold fabrication that can be used in analytical chemistry studies, biomedical research, and microelectromechanical systems. 相似文献
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Omar Fakhr Philipp Altpeter Khaled Karrai Paolo Lugli 《Small (Weinheim an der Bergstrasse, Germany)》2011,7(17):2533-2538
An easy and cost‐effective method to reproducibly fabricate nanogaps over a large area is introduced. Gold is evaporated on low‐aspect‐ratio polydimethylsiloxane (PDMS) stamps at an angle of 60°. Afterwards, the stamp is brought into contact with a silicon/silicon dioxide substrate and subsequently peeled at rates varying from 1 to 3 mm s?1, resulting in the fabrication of nanogaps between two gold electrodes. The fabrication of insulating nanogaps with a width down to 50 nm is demonstrated. 相似文献