4.1: Simulation and Analysis of Edge Ghosting for Microcapsule E‐Paper Based on Particles Dynamics
Z Zeng, G Liu, M Yang, G Zou… - SID Symposium Digest of …, 2022 - Wiley Online Library
SID Symposium Digest of Technical Papers, 2022•Wiley Online Library
A model of particles dynamics of electrophoretic display was established to simulate the
distribution of charged particles, edge ghosting effect with different thicknesses, dielectric
constants of back binder layer. Reflectivities corresponding to particles distributions were
simulated, which evaluated the extent of edge ghosting. The model can suggest the best
values of the above parameters.
distribution of charged particles, edge ghosting effect with different thicknesses, dielectric
constants of back binder layer. Reflectivities corresponding to particles distributions were
simulated, which evaluated the extent of edge ghosting. The model can suggest the best
values of the above parameters.
A model of particles dynamics of electrophoretic display was established to simulate the distribution of charged particles, edge ghosting effect with different thicknesses, dielectric constants of back binder layer. Reflectivities corresponding to particles distributions were simulated, which evaluated the extent of edge ghosting. The model can suggest the best values of the above parameters.
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