micro emulsion
英 [ˈmaɪkrəʊ ɪˈmʌlʃn]
美 [ˈmaɪkroʊ ɪˈmʌlʃn]
网络 微乳液; 微乳化液; 微乳; 微乳法; 微乳状液
双语例句
- The dynamic simulation results showed that the compatibility between the concentration liquid or the micro emulsion and the seal material would be better than the emulsion oil.
动态模拟试验结果表明，浓缩液和微乳液与密封材料的相容性能优于乳化油。 - The test results showed that each physical-chemical index of20% Yintai micro emulsion came up to national standards.
理化性能指标试验表明，20%银泰微乳剂的各项指标均达到国家标准。 - Synthesis and Properties of Organosilicon-Acrylate Core-Shell Micro Emulsion
核壳型有机硅-丙烯酸酯微乳液的合成和性能 - In this paper a high performance liquid Chromatography method to analyze beta-cypermethrin which is separated from beta-cypermethrin micro emulsion, is reported by using positive phase column.
本文介绍了从高效氯氰菊酯微乳剂中，分离出有效成分高效氯氰菊酯，再用正相液谱定量检测。 - It is used in micro emulsion polymerization as well as modifying the dosage and ratio of emulsifier to decrease the gelation and make products without large particles.
将此交联剂用于乳液聚合中，采用微乳聚合的方法并调整乳化剂用量及比例，可大大减少凝胶量，同时使产品粒径无明显粗大化现象。 - Preparation of Nano-plant Sterol Ester by Oil-in-water Micro Emulsion Method
O/W型微乳法制备纳米植物甾醇酯 - Morphology and rheological behavior of cationic polyurethane/ polydimethylsiloxane self-emulsifying micro emulsion
阳离子型自乳化端羟基硅油/聚氨酯微乳液的形态及流变性能 - Preparation and property of epoxy silicone micro emulsion
环氧基有机硅微乳液的制备与性能 - Furthermore, we adopted emulsion/ micro emulsion method to prepare ultra fine RDX. On base of the well condition controlling, many unique crystal shapes 'ultra fine RDX was prepared.
研究中采用了乳液/微乳液法，成功地控制了超细RDX的晶体形貌，得到了多种形貌上有特点的RDX晶体； - Inverse micro emulsion polymerization
反相微乳液聚合 - Research on the application of micro emulsion binder printing with ink for jet printing
微胶乳粘合剂织物喷墨印花的应用研究 - Effects of HPMS content on the particle size and morphology of HPMS/ PU micro emulsion were analyzed.
分析了HPMS用量对HPMS/PU微乳液粒径及微观形态的影响； - W/ O Micro Emulsion Technology and the Controlled Synthesis of Nanoparticles
W/O微乳液技术与纳米粒子的控制合成 - Micro emulsion was a new pesticide formulation, which used water as the medium. It was green pesticide formulation.
微乳剂是一种以水为介质的农药新制剂，为绿色农药制剂。 - Preparation and characterization of nanometer-sized Zinc Oxide by micro emulsion method
纳米氧化锌微乳液法的研制和表征 - Enzymatic Properties of Glucoamylase in Alcohol Micro emulsion
醇微乳液中糖化酶性质的研究 - Preparation of High Polyaniline Waterborne Micro Emulsion
高含量聚苯胺水性微乳液的制备 - Preparation of a kind of micro emulsion
一种微乳液的制备 - Study on the polymerization of acrylate micro emulsion
丙烯酸酯微乳液的聚合研究 - Study on Ternary Reversed Phase Micro Emulsion Copolymerization
三元反相微乳液共聚的研究 - Amino acid-silver ( I) solid particles were prepared in the micro emulsion, its appearance and structure were characterized by means of IR spectra, XRD spectra and TEM.
在微乳液中制备了各种氨基酸-银的固体物种，用-IR光谱、X-衍射仪、透射电子显微镜表征其形貌及结构。 - TiO_2/ ZrO_2 composite microemulsion was prepared by inverse micro emulsion method and was used as precursor for the preparation of TiO_2/ ZrO_2 composite film.
采用反相微乳液法制备TiO2/ZrO2复合微乳液，并以其作为前驱体制得TiO2/ZrO2复合膜。 - Direct determination of soluble phosphate in water by micro emulsion and first order derivative spectrophotometry
微乳液增溶导数分光光度法直接测定水中可溶性磷酸盐 - High Solid MMA and BA Copolymer Micro emulsion
高固含量MMA和BA共聚微乳液的研究 - A Nano filming agent, NM-1, is developed using micro emulsion polymerization.
利用微乳液聚合法合成了有机纳米成膜剂NM-1。 - Research on Preparation of TiO_2/ CdS/ Fe_mO_n in Reversed Micro Emulsion and Photo Catalysis Degradation of Methylene Blue
反微乳液法制备TiO2/CdS/FemOn及其光催化降解亚甲基蓝研究 - Synthesis of Highly Stable Silicone Modified Acrylic Micro Emulsion
高稳定性有机硅-丙烯酸微乳液的合成 - The effect of water hardness, tap water, water temperature and carrier on the micro emulsion formation after MEG diluted using dynamic light scattering technique and static light scattering technique, and the formation mechanism was preliminary analyzed.
以三唑磷MEG为研究对象，采用动态或静态光散射技术研究水硬度、自来水、水温、载体对微乳液形成的影响，初步分析微乳粒剂微乳液的形成机理。 - Ca2+, Mg2+ and ions in tap water can affect the interfacial tension before the droplet formation and after interfacial rebalance, and finally make effects on the formation of micro emulsion and droplet size.
Ca2+、Mg2+及自来水中的离子会影响乳滴形成前及界面重新平衡后的界面张力，最终影响微乳液的形成及粒径大小。