Byun D. – TechConnect Briefs

Fabrication of nanoscale nozzle for electrostatic field induced inkjet head and test of drop-on-demand operation

Nguyen V.D., Byun D., Bui S., Tran Q., Schrlau M., Bau H.H., Lee S., Konkuk University, KR

Printing technology is considered to be a key technology even in the fields of electronics, materials processing, and biotechnology. However there is a genuine need for nano-to-macro integration technology for printing. This paper presents the [...]

Electrostatic Induced Inkjet Printing System for Micro Patterning and Drop-On-Demand Jetting Characteristics

Choi J., Kim Y., Kim Y.J., Son S.U., Kim Y., Kim Y.J., Lee S., Byun D., Ko H.S., Sungkyunkwan University, KR

Printing technology is considered to be a key technology even in the field of electronics, materials processing, and bio applications. Inkjet printing is an interesting patterning technique for electronic devices because it requires no physical [...]

Oxygen plasma treated superhydrophobic nozzle for electrospray device

Lee S., Lee Y., Byun D., Tran S.B.Q., Kim S., Park B., Lee S., Lee Y., Konkuk University, KR

When the meniscus of liquid is subject to strong electric field, electric charge is induced on the meniscus and electrostatic force elongates the liquid to form a cone-jet. This electrospray phenomenon can be applied to [...]

Pattern Characteristic by Electrostatic Drop-On-Demand Ink-jet Printing Using Capillary Inkjet Head System

Choi J., Son S.U., Kim Y., Lee S., Kim Y., Ko H.S., Byun D., Sungkyunkwan University, KR

Ink-jet printing technology is very attractive for forming micro-size patterns for flat panel displays (FPDS), semiconductor, biological and optical devices. Further the necessity of the industrial inkjet system has grown in the past years due [...]