Polymer dispersed liquid crystal (PDLC) films were prepared by Solvent Method.
用溶剂法制备了聚合物分散液晶膜。
Polymer dispersed liquid crystal (PDLC); Smart Windows; Phase separation; Morphology.
高分子分散液晶；智慧型窗户；相分离；形态学。
The refractive index of the PDLC is measured and it is coincident with the results by other methods.
用此方法测量了某聚合物分散液晶的折射率，与用其他方法得到的结果相符。
PDLC is a new type of solid state display device which has relatively good electro-optical properties.
PDLC是一种新型的固态显示器件，具有优良的光电响应性能。
Conclusion: PDLC can be directly established in senile MHD patients as reliable permanent vascular access.
结论：老年MHD患者可以直接采用PDLC作为长期血管通路。
Optimize the environment factors to prepare PDLC films with the best quality, low threshold-voltage and high CR(contrast ratio).
最后优化工艺参数，制备出具有低阈值、高对比度的PDLC薄膜。
Root conditioning by minocycline-HCl could improve PDLC attachment and proliferation on root cementum surface affected by periodontitis.
米诺环素处理根面后，能显著提高细胞的附着和增殖。
METHODS:Methods of in vitro cell culture model of human primary PDLC, tetrazolium bromide reduction (MTT) assay and direct contact were used.
方法：体外细胞培养，MTT （噻唑蓝）比色法，材料直接接触法。
A novel grating device composed of a polymer dispersed liquid crystal (PDLC) film and a periodic striped electrode structure has been demonstrated.
报道了一种由聚合物分散液晶膜与具有周期性条状电极结构板结合的新型光栅器件。
The TPDLC is polarization independent while exhibiting a higher contrast ratio and lower operating voltage as compared to the conventional PDLC film.
与普通的PDLC膜相比，TPDLC不依赖于偏振光，具有高的对比度和低的工作电压。
Conclusion: Oxymatrine can interrupt LPS's damage to PDLC in some extent, prohibit the delivery of inflammation medium, and provide protection to PDLC.
结论：氧化苦参碱可在一定程度阻断LPS对PDLC的破坏，抑制牙周炎症介质的表达，对PDLC有保护作用。
With the same recipe, shorter cure time, comparative smaller degree of two laser beams and thinner PDLC film give rise to higher diffraction efficiency.
较小的膜层厚度、较小的光束夹角和较短的曝光聚合固化时间有利于衍射效率的提高。
The effects of the polypeptide growth factors on the function of the PDLC became a hot issue of the research on the regeneration of the periodontal tissues.
多肽生长因子对PDLC功能影响的研究成为牙周组织再生研究的热点之一。
The polypeptide growth factors were found to play an important role in the migration, growth, proliferation, differentiation, and synthesis of protein and matrix of the PDLC.
多肽生长因子在PDLC的移行、生长、增殖、分化、蛋白质和基质合成上均起着重要作用。
The experimental results show that the power supply can satisfy the requirement of the H-PDLC switchable lens devices, and bring benefit to the integration of the whole system.
实验结果表明，该电源设计能够满足聚合物分散液晶全息透镜器件中的液晶分子光轴驱动的需要，并能实现器件的小型化和便捷式。
According to the characteristics of the polymer dispersed liquid crystal materials, it is necessary to design special power driving supply system for the devices based on H-PDLC element.
根据聚合物分散液晶材料的光电特性及需要，在研究基于聚合物分散液晶光电器件时必须设计合适的电源驱动系统。
The effect of two factors on proliferation and ALP activity were different. It may relate with their structures, interactive styles with PDLC and the receptors of two factors on the PDLC.
这两种因子对细胞增殖与碱性磷酸酶活性两方面作用结果不同，这可能与它们的本身结构与作用方式以及PDLC上相应受体有关。
The results showed that PDLC grew well on thee PTFE membrane and no toxicity or inhibition was found. Close adhesion of the cells to the membrane was observed by scanning electron microscope.
结果发现PDLC可以在e PT FE膜上良好的生长，膜对细胞无毒性及抑制作用，扫描电镜观察到细胞与膜附着紧密。
Such distinctive optical properties as opticity and selective reflection of chiral agent-doped PDLC have widely been applying in the field of light filter, grating, and reflective display, etc.
手性掺杂的聚合物分散液晶的旋光性、选择反射等独特的光学性能被广泛应用于滤波片、光栅、反射显示等方面。
Such distinctive optical properties as opticity and selective reflection of chiral agent-doped PDLC have widely been applying in the field of light filter, grating, and reflective display, etc.
手性掺杂的聚合物分散液晶的旋光性、选择反射等独特的光学性能被广泛应用于滤波片、光栅、反射显示等方面。
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