Furthermore, it is found out in the experiments that the degree of phase response linearization of liquid crystal modulator decreases with driving frequency increasing.
同时，本文还在实验中发现了，相位响应的线性化程度会随着驱动频率的提高而降低。
The invention is a kind of liquid crystal monitor panel driving circuit.
一种液晶显示器面板驱动电路。
Then we designed and performed the experiment of "Spatiotemporal chaotic pattern evolution and phase transition liquid crystal under AC driving".
设计并完成了“观测交变电场驱动下时空混沌液晶斑图演变”的实验。
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