Platinum nanowires were electrodeposited in a lamellar lyotropic liquid crystal, composed of nonionic surfactant tetraethylene glycol monododecyl ether and H2PtCl6 aqueous solution. 以非离子表面活性剂四氧乙烯基正十二烷基醚与氯铂酸水溶液构建层状溶致液晶,通过电沉积技术制备了金属铂纳米线。
Order character and lamellar structure of tween-80/ n-c_8h_ ( 17) oh/ h_2o lamellar liquid crystal Tween-80/n-C8H(17)OH/H2O体系层状液晶的有序性及层状结构研究
The Preparation of Water-soluble Fine Particle [ Co ( NH_3)_6] Cl_3 in the Lamellar Liquid Crystal 层状液晶中水溶性超微粒子材料[Co(NH3)6]Cl3的制备
Structure of Triton X-100 Lamellar Liquid Crystal and its Lubrication Property TritonX-100体系层状液晶结构及其润滑性能
Influence of process parameters on structure of lamellar liquid crystal emulsions 工艺参数对层状液晶乳液结构的影响
The lubrication performance of the lamellar liquid crystal with different compositions was investigated with a high speed ring on block friction and wear tester. 用高速环-块摩擦磨损试验机考察了不同组分含量的层状液晶对铝合金-钢摩擦副的润滑作用。
Zinc phosphate is lamellar crystal with grain diameter of 30~ 40nm by XRD and TEM. 该方法制备得到的磷酸锌,经XRD和TEM表征为纳米级片状晶体,产品粒径30~40nm。
Low angle X-ray diffraction results indicate that the thickness of the solvent layer of the lamellar liquid crystal in Triton X-100/ n-C10H21OH/ H2O system is less than 3 nm. 在TritonX-100/n-C10H21OH/H2O体系中,低角X射线衍射测试表明层状液晶的溶剂层厚度小于3nm。
Thus the lamellar liquid crystal system appears to be the ideal medium to acquire more MB monomers. 表明层状液晶体系是获取更多MB单体的理想介质。
And as cooling rate was 0. 1 ℃/ s, dendritic crystal precipitated at first in flux, then lamellar crystal precipitated to last of crystallization. 在冷却速率0.1℃/s时,保护渣首先析出树枝状晶体,然后以片状晶体形态析出,直到结晶终止。
Low angle X-ray measurements of aqueous and non-aqueous lamellar liquid crystal 水与非水层状液晶的小角X射线衍射研究
The Investigations of Lamellar Liquid Crystal of Sodium Caprylate, 1,8-Octane Diol and Water With Low Angle X-ray Diffraction 辛酸钠/辛二醇/H2O体系层状液晶的小角度X射线衍射研究
Lubrication of Oleic Acid/ Triethanolamine/ Liquid Paraffin/ Water Lamellar Liquid Crystal System 油酸/三乙醇胺/液体石蜡/水体系层状液晶润滑性能
Preparation of porous ZnO lamellar crystal thin films by electrodeposition method with a polystyrene spheres template assistant 聚苯乙烯球模板辅助电沉积制备多孔片晶ZnO薄膜
Preparation of Nano-Hydroxyapatite in Lyotropic Lamellar Liquid Crystal 层状溶致液晶中纳米羟基磷灰石的合成
Small Amplitude Oscillation Frequency Sweep of Lamellar Liquid Crystal 层状液晶的小振幅振荡频率扫描研究
The interlayer space of lamellar liquid crystal was deter-mined by small angle X-ray diffraction. 用小角度X射线衍射方法测定了层状液晶各种组分变化的层间距离;
Study on Lamellar Lyotropic Liquid Crystal Doped with Magnetic Nanoparticles 层状溶致液晶中磁性纳米粒子掺杂的研究
The use of lamellar liquid crystal ( LLC) emulsions to improve the substantivity of volatile active substances in fabric softeners was discussed with a special focus on the role of the emulsion structure and polarity of the oil phase on the ( performance) of these systems. 重点讨论了层状液晶乳液体系在应用到衣物柔顺剂中时其乳液结构及油相的极性对提高挥发性物质长久保留功效的影响。
The dimerization of methylene blue ( MB) in organized molecular assemblies including micelle, O/ W microemulsion and lamellar liquid crystal was investigated. 研究了生物染色剂亚甲蓝(MB)在分子有序组合体(胶束、O/W微乳液和层状液晶)介质中的聚集行为。
Phase Behavior of Lamellar Liquid Crystal Emulsions 层状液晶乳液的相行为
The structure and stability of lamellar liquid crystal with short 短链醇层状液晶及其结构与稳定性
The effects of chain length of straight chain alcohol on the structure and stability of lamellar liquid crystal 直链醇链长对层状液晶结构与稳定性的影响
Effects of Properties of Solvents on the Structure and the Stability of Lamellar Liquid Crystal 溶剂性质对层状液晶结构与稳定性的影响
The small X-ray diffraction measurement indicates that the thickness of the solvent layer in the lamellar liquid crystal is less than 3 nm. The solvent layer is composed of hydrophilic PEO chain and water. 小角X衍射测定表明层状液晶的溶剂水层厚度小于3nm,该溶剂层主要由亲水性PEO链和水组成,溶剂主要位于该亲水性微区内。
The lamellar liquid crystal shows gel-like behavior, the hexagonal liquid crystal shows Maxwell model. 层状液晶显示gel-like流变性质,六角状液晶显示Maxwell模型。
It is also found that during esterification the crystal form change from a cluster of needle to lamellar crystal in bulk. 实验还发现,随桂醇单酯甲酯化反应的进行,晶体形态由针形簇状逐渐转变为片状并聚集成块。
The anti-wear properties of LLC/ inorganic nanoparticles mixed system is obvious affected by the solvent content and less affected by the content of Triton X-100 in the lamellar liquid crystal than LLC/ organic nanoparticles mixed system. 此外,层状液晶/无机纳米粒子复合体系的润滑性能受水含量的影响较层状液晶/有机纳米粒子复合体系的明显,但受TritonX一100含量的影响较小。