Liquid crystal (LC) planar optical elements (POEs) based on photoalignment technology
have emerged as a promising approach to manipulating light in various ways. Owing to the …

Optically driven liquid crystal displays (ODLCDs) realizes their display function by tuning the
easy axis of liquid crystal (LC) molecules under polarized blue light, which has been utilized …

The optically driving liquid crystal displays (ODLCDs), by changing the easy axis of liquid
crystal molecules under exposure light, are exploited in many display devices requiring ultra …

光驱动液晶显示(optically driving liquid crystal display, ODLCD) 通过偏振光控制液晶分子的
取向来实现显示功能, 它已经被广泛应用在各种光电器件中. 然而, 由于ODLCD …

Optically driving liquid crystal displays (ODLCDs) are widely applied in display and optical
devices due to their long axis of liquid crystal (LC) molecules that can be tuned by a photo …

Liquid crystals (LCs) are an active area of interest for electro-optical devices, and the
alignment of LCs has emerged as an extremely essential issue for LC devices. Evidence …

Effect of azimuthal anchoring energy on rewriting speed of optical rewritable (ORW) e-paper
was investigated in this paper. Azimuthal anchoring energy and rewriting time of ORW e …

With advances in technology, requirements for the performance of liquid crystal displays
(LCDs) are gradually increasing, especially for flexible displays, which involve many new …

Optically driving liquid crystal display (ODLCD) uses polarized light field to control the
orientation of the liquid crystal, and the display content can be maintained without external …

Extensive research has been devoted to spiral phase contrast imaging because of its
notable capacity to enhance the edges of both phase and amplitude objects. We …