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Indexed by:
Journal paper
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First Author:
Huayang Li, Yongqing Duan,YongAn Huang
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Correspondence Author:
Duanyongqing
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Co-author:
*, Jiangjiang Jin, Jing Huang, Wenzhi Zhang, Tianfu Guo, Hsiang Lun Hsu
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Journal:
International Conference on Display Technology (ICDT 2018)
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Affiliation of Author(s):
State Key Lab of Digital Manufacturing Equipment and Technology, Huazhong University of Science and
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Discipline:
Engineering
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First-Level Discipline:
Mechanical Engineering
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Funded by:
the National Natural Science Foundation of China (51605180, 51635007), the China Postdoctoral Scienc
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Document Type:
J
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Volume:
49
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Issue:
S1
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Page Number:
351-354
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Key Words:
electrohydrodynamic printing; thin film encapsulation; dam; micro lens
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Date of Publication:
2018-11-28
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Abstract:
Inkjet printing has become a robust, effective and powerful technique for display manufacturing due to its compatibility with large-area substrates, and cost effectiveness. However, conventional inkjet printing that relies on thermal or piezoelectric actuation falls short to fabricate the high-resolution components, and is inapplicable to highly viscous materials. Electrohydrodynamic (EHD) printing, which adopts electrical field force to pull the fluid flow from the Taylor cone at the nozzle, exhibits the ultra-high resolution (even to the nanoscale) and excellent compatibility with highly vis
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Links to published journals:
