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1)  microemulsion
微乳液法
1.
The preparation of nano Fe_2O_3 powder via W/O microemulsion method and its gas sensitivity;
Fe_2O_3基纳米粉体的微乳液法制备及其气敏性
2.
Synthesis of Calcium Fluoride Nanoparticles from Microemulsion;
微乳液法制备CaF_2纳米颗粒
3.
Preparation of Pt/C electrocatalyst used in PEMFC by microemulsion method;
微乳液法制备PEMFC用Pt/C电催化剂
2)  microemulsion method
微乳液法
1.
Preparation of nano-sized SiO_2 particles by microemulsion method;
微乳液法制备纳米二氧化硅粉末
2.
The gas sensing property of nano-CuO materials made by microemulsion method;
微乳液法合成的CuO纳米材料的气敏性
3.
Synthesis of acrylic fiber with grafting polyaniline by microemulsion method and its properties;
微乳液法腈纶接枝聚苯胺及其性能研究
3)  microemulsion-microwave heating
微乳液-微波法
1.
Europium(Ⅲ)-doped yttrium oxide(Y2O3∶Eu~(3+)) nanoparticles and nanorods were prepared by a novel combination approach,microemulsion-microwave heating.
用简单的微乳液-微波法合成大小和形貌可控的Y2O3∶Eu3+纳米棒晶体。
4)  Microemulsion-assisted solvothermal method
微乳液-溶剂热法
1.
Microemulsion-assisted solvothermal method is an effective means for prepareing well morphology and monodisperse nanomaterials, which has the virtue of both microemulsion and solvothermal method.
微乳液-溶剂热法是近年来发展起来的能够制备具有一定形貌和分散性较好的纳米材料的有效方法,它在制备纳米材料方面具有微乳液法和溶剂热法的双优点。
5)  reverse microemulsion method
反相微乳液法
1.
TiO_2/ZrO_2 composite bactericidal ceramic film prepared by reverse microemulsion method;
反相微乳液法制备TiO_2/ZrO_2复合陶瓷膜
2.
The results indicate that the samples prepared by the reverse microemulsion method have higher thermal stability.
采用反相微乳液法制备了在高温条件下结构稳定的Al2O3基复合氧化物。
6)  microemulsion polymerization method
微乳液聚合法
1.
The SnO_2-polyaniline (SnO_2-PAn) composite was prepared by microemulsion polymerization method using aniline, ammonium peroxodisulfate and SnO_2 as starting materials.
以苯胺、过硫酸铵和SnO_2为原料通过微乳液聚合法合成了SnO_2-聚苯胺的复合材料,并通过X-射线衍射、红外吸收光谱、扫描电镜和电化学测试等手段对所得复合材料进行了表征与分析。
补充资料:微乳液
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性质:简称微乳。通常由油、水、表面活性剂、助表面活性剂和电解质等组成的透明或半透明的液状稳定体系。分散相的质点小于0.1μm,甚至小到数十埃。其特点是分散相质点大小在0.01~0.1μm间,质点大小均匀,显微镜不可见;质点呈球状;乳液呈半透明至透明,极稳定,用离心机亦不能使之分层;与油、水在一定范围内可混溶。分散相为油、分散介质为水的体系称为O/W型微乳状液,反之则称为W/O型微乳状液。微乳液一般需加较大量的表面活性剂,并需加入辅助表面活性剂(如极性有机物,一般为醇类)方能形成。广泛应用于工业生产中,如地板抛光蜡液,机械切削油等。微乳液在石油开采中用于提高采收率。

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