Ink-Jet technology

Fabrication of Passive Elements Using Ink-jet Technology

采用喷墨技术制造埋入无源元件

Progress in Film Fabrication of Electroluminescent Polymers by Ink-Jet Printing Technology

聚合物发光材料喷墨打印成膜技术研究进展

Textile Ink-Jet Printing Technology and Its Application

数字喷墨印花技术及应用

Discussion of ink-jet printing technology for denim

牛仔布喷墨印花工艺探讨

Ink-jet printing technology refers to family , commercial office , medical and other fields , has the broad prospects for development .

喷墨打印技术涉及家庭、商业办公、医疗等领域，具有广阔的发展前景。

Ink-jet printing technology can directly deposit a patterned thin film , it turns out to be an effective method to pattern on flexible and large area substrates .

喷墨打印技术是一种可直接图案化沉积薄膜的工艺，能在柔性以及大面积衬底上实现高效图案化加工。

With the popularization of Ink-jet printing technology , more and more people favor the artware duplication , especially traditional Chinese painting artware duplication which falls short of demand .

随着彩色喷墨打印技术的普及，艺术品的复制越来越受到人们的青睐，尤其是国画艺术品的复制，更是供不应求。

This study is to develop irreversible color-changing materials based on ink-jet printing technology , i.e. , potassium iodate / hexanedioic dihydrazide , cationic starch and phenolphthalein ink systems .

本论文主要是研究一种基于喷墨打印技术的不可逆变色材料，即由碘酸钾、已二酰肼和阳离子淀粉组成的喷墨墨水体系和酚酞喷墨墨水体系。

Ink-jet printing technology can get better print quality with lower cost , and easy to achieve digital and color management . The quality evaluation of the ink-jet printing image becomes very important as the ink-jet printing technology widely used .

喷墨印刷技术能够以较低的成本实现较好的质量，而且易实现数字化和色彩管理，应用范围广泛，因此喷墨印刷图像的质量评价也变的非常重要。

Also discussed were eco-friendly dyeing processes , including salt-free dyeing with reactive dyes , dyeing with vat dyes and sulfur dyes by biochemical or electrochemical reduction processes , dyeing in non-aqueous solvent and ink-jet printing technology .

介绍了环境友好染色新工艺，活性染料无盐染色，还原染料和硫化染料生化法还原或电还原法染色，非水溶剂染色以及喷墨印染技术。

Present Status and Future Prospects of Ink-jet Printing Ink Technology

喷墨打印墨水的技术现状与进展

Progress of Paper Ink-jet Printing Quality Analysis Technology

纸张喷墨打印质量分析技术及其进展