15:10 - 15:25
|
Paper No. 2017-MON-S0301-O001
|
Tae-Hoon Choi
LCT-007
|
Fast Switching of a Homogeneously Aligned Liquid Crystal Cell by Two-Dimensional Virtual Confinement
We demonstrate that we can increase the switching speed by several times through two-dimensional virtual confinement in an IPS cell and an FFS cell. In addition to a very short response time, the device exhibits several outstanding features, such as a wide viewing angle, small color shift, simple drive scheme, etc.
Preview abstract
|
|
15:25 - 15:40
|
Paper No. 2017-MON-S0301-O002
|
Chih-Hsuan Lin
LCT-062
|
Broad and highly reflective photonic bandgap structure in the infrared region in an enantiomorphic template with a longitudinal pitch gradient
For fabricating an Infrared (IR) reflector with high-quality, this study employs the washing-out/refilling technique. To fabricate a CLC template film which can reflect an IR wide-band with right- or left-circular polarization, several steps including injecting a curable left- or right-handed CLC mixture into a CLC template with a longitudinal pitch gradient in the refilling stage and then curingusing UV light irradiation, removing the unreacted meogens, and refilling with NLCs are performed [3,4]. Stacking these two refilled CLC template with opposite chiralities(enantiomorphic template) results in an IR reflector which can reflect both right-handed and left-handed circularly polarized light (CPL) in a wide IR range, as shown in Fig. 1.The IR reflector reported in this study can reflect more than 70% of solar IR energy and the reflective IR bandwidth are broaden up to 750 nm which almost covers the primary IR region of the solar radiation.
Preview abstract
|
|