The actual samples were prepared with chirality mixing liquid crystal and monomer in ultraviolet irradiation for 4 hours.
采用胆甾混合液晶和单体混合，在紫外光照下4小时后，制备出了实际液晶显示样品单元。
Results show that just as the conventional anionic and cationic aqueous solutions, present system can form liquid crystal and aqueous two-phase system (ATPS) under certain mixing ratio.
结果表明该体系同传统的正、负离子表面活性荆复配体系相似，在一定的混合比范围内出现了液晶区和双水相区。
A typical lyotropic liquid crystal can be prepared by mixing water and one or more amphiphilic compounds.
典型的溶致液晶是由水和一个或多个双亲化合物形成的。
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