@article{ART001601913},
author={Gi Weon Kim and Cho, Sang Yeop and Sung-Keun Chang and Young-Cho Kim},
title={A Driving Mechanism Analysis of Charged Particle Type Electronic Paper},
journal={Journal of Knowledge Information Technology and Systems},
issn={1975-7700},
year={2011},
volume={6},
number={5},
pages={75-80}
TY - JOUR
AU - Gi Weon Kim
AU - Cho, Sang Yeop
AU - Sung-Keun Chang
AU - Young-Cho Kim
TI - A Driving Mechanism Analysis of Charged Particle Type Electronic Paper
JO - Journal of Knowledge Information Technology and Systems
PY - 2011
VL - 6
IS - 5
PB - Korea Knowledge Information Technology Society
SP - 75
EP - 80
SN - 1975-7700
AB - A Electronic paper as a reflective display which is driven low power consumption by bistibility and is fabricated with low cost production equipments has been developed, although most display devices are developed mainly with emissive type. In this study we show the feasibility of extraction for the quantity of q/m which is one of the most important parameters in production from driving voltage, response time, and panel conditions. We show the relation between response time and driving voltage and estimate the particle state at each range. When the electric field over a driving voltage are biased, the kinetic energy increase, the particles crash into the electrode and induce bombardment with large energy, this bombardment decrease quantity of electric charge, and resultantly these processes force particle lumping, which are defined by kinetic principle.
KW - e-paper;reflective display;q/m;response time;driving mechanism
DO -
UR -
ER -
Gi Weon Kim, Cho, Sang Yeop, Sung-Keun Chang and Young-Cho Kim. (2011). A Driving Mechanism Analysis of Charged Particle Type Electronic Paper. Journal of Knowledge Information Technology and Systems, 6(5), 75-80.
Gi Weon Kim, Cho, Sang Yeop, Sung-Keun Chang and Young-Cho Kim. 2011, "A Driving Mechanism Analysis of Charged Particle Type Electronic Paper", Journal of Knowledge Information Technology and Systems, vol.6, no.5 pp.75-80.
Gi Weon Kim, Cho, Sang Yeop, Sung-Keun Chang, Young-Cho Kim "A Driving Mechanism Analysis of Charged Particle Type Electronic Paper" Journal of Knowledge Information Technology and Systems 6.5 pp.75-80 (2011) : 75.
Gi Weon Kim, Cho, Sang Yeop, Sung-Keun Chang, Young-Cho Kim. A Driving Mechanism Analysis of Charged Particle Type Electronic Paper. 2011; 6(5), 75-80.
Gi Weon Kim, Cho, Sang Yeop, Sung-Keun Chang and Young-Cho Kim. "A Driving Mechanism Analysis of Charged Particle Type Electronic Paper" Journal of Knowledge Information Technology and Systems 6, no.5 (2011) : 75-80.
Gi Weon Kim; Cho, Sang Yeop; Sung-Keun Chang; Young-Cho Kim. A Driving Mechanism Analysis of Charged Particle Type Electronic Paper. Journal of Knowledge Information Technology and Systems, 6(5), 75-80.
Gi Weon Kim; Cho, Sang Yeop; Sung-Keun Chang; Young-Cho Kim. A Driving Mechanism Analysis of Charged Particle Type Electronic Paper. Journal of Knowledge Information Technology and Systems. 2011; 6(5) 75-80.
Gi Weon Kim, Cho, Sang Yeop, Sung-Keun Chang, Young-Cho Kim. A Driving Mechanism Analysis of Charged Particle Type Electronic Paper. 2011; 6(5), 75-80.
Gi Weon Kim, Cho, Sang Yeop, Sung-Keun Chang and Young-Cho Kim. "A Driving Mechanism Analysis of Charged Particle Type Electronic Paper" Journal of Knowledge Information Technology and Systems 6, no.5 (2011) : 75-80.
