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학술연구/단체지원/교육 등 연구자 활동을 지속하도록 DBpia가 지원하고 있어요.
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이 논문의 연구 히스토리 (3)
2014
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In display such as LCD, LED, and AMOLED or semiconductor related industries are required to have static ionizer in order to produce reliable goods. The most general type of ionization is called, "corona discharge" that has a slight chances to generate unequal and unstable amount of each +/- ion to the target object. Then, the ionization performance will drastically decrease and end up with quality deterioration problem. continually "A study on the improvement of the performance of pulsed AC ion bar(1)", we have studied consecutive study to improve the current issue via appling "partition wall" at air nozzle surrounding. The results were that the charge decay time and the ion balance was maintained the satisfied range that was within 5 second and ${\pm}50$ V for a 180 days period of time. In additions, the contamination status on the electrode surface was investigated for a 180 days. The little particles was deposited on the electrode surface.
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참고문헌 (7)
참고문헌 신청
K. Murray / 1989 / Ozone and Small Particle Production by Steady State DC Hood Ionization / EOS/ESD Symposium Proceeding
J. Xianggang / 1992 / Neutralization of the Charges Caused by ESD on Film Surfaces with AC Eliminator / T.IEE Japan 112-A(10):855~860
J. E. Vinson / 1998 / Electrostatic Discharge in Semiconductor Devices / Proc. IEEE 86(2):399~418
L. A. Avery / 1990 / A Review of Electrostatic Discharge Mechanisms ad On-chip Protection Techniques to Ensure Device Reliability / J. of Electrostatics 24(2):111~130
Y. Tabata / 1988 / Electrostatic Properties of Antistatic Cloth Woven Partly with Electrically Conductive Fibers / Industry Applications, IEEE Transactions on 24(2):245~249
J. Xianggang / 1992 / Neutralization of the Charges Caused by ESD on Film Surfaces with AC Eliminator / T.IEE Japan 112-A(10):855~860
J. E. Vinson / 1998 / Electrostatic Discharge in Semiconductor Devices / Proc. IEEE 86(2):399~418
L. A. Avery / 1990 / A Review of Electrostatic Discharge Mechanisms ad On-chip Protection Techniques to Ensure Device Reliability / J. of Electrostatics 24(2):111~130
Y. Tabata / 1988 / Electrostatic Properties of Antistatic Cloth Woven Partly with Electrically Conductive Fibers / Industry Applications, IEEE Transactions on 24(2):245~249
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