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1)  furtue
微乳中相
2)  middle-phase microemulsion
中相微乳液
1.
The phase behavior of the middle-phase microemulsion for the quaternary system of sucrose ester/alcohol/soya-hean oil/water was studied with modified ε-β fishlike phase diagrams.
研究体系随醇浓度的增加,微乳液类型发生WinsorⅠ→Ⅲ→Ⅱ的转变,由各相体积以及中相微乳液形成和消失时醇的浓度,可绘制ε-β“鱼状”相图,并计算各种参数;比较了不同醇类、不同电解质对体系微乳效率,界面膜组成的影响规律。
2.
The phase behavior of the middle-phase microemulsion for the quaternary system of the mixed-chain alkyl polyglucoside (C 8/10APG or C 12/14APG)/1-butanol/n-octane/water has been studied with Winsor phase diagram, δ-γ fishlike and modified ε-β fishlike phase diagrams.
43 )中相微乳液的相行为 。
3.
The synthesis, analysis, properties of surficial chemistry and the middle-phase microemulsion of sucrose fatty acid esters (SE) have been studied in this dissertation.
分别从SE的合成、分析表征、表面化学性能及中相微乳液等方面对其展开了较为系统的研究。
3)  middle phase microemulsion
中相微乳液
1.
Sodium perfluorooctanoate / cetyltrimethylammonium bromide, n - propyl alcohol/ butyl alcohol, octane and brine can form middle phase microemulsion.
全氟辛酸钠(OBS)/十六烷基三甲基溴化铵(CTAB)-正丁醇/正丙醇-油-盐水体系能形成多相微乳液,本文应用正交试验设计寻找了最佳中相微乳液体系组成,然后系统地研究了含盐量、表面活性剂总浓度,醇总浓度,油的种类对该体系中相微乳液的形成,相态和其特性参数的影响。
2.
The experiments show that the system of n butanol,octane,brine and amphoteric surfactant (dodecyl betain)can form middle phase microemulsion.
本文系统地研究了表面活性剂,正丁醇和氯化钠的浓度对该体系的中相微乳液的形成及特性的影响,得到了中相微乳液的特性参数(最佳含盐量S*,界面张力rE和盐宽△S等)。
3.
The effects of partially hydrolyzed polyacrylamide(HPAM), xanthan gum(XC) and lignosulfonate(LS) on the middle phase microemulsion containing petroleum sulfonate, mixed n butyl and i propyl alcohols and mineralized water have been studied by phase volume, interfacial tension( IFT ), viscosity and solubilizing parameter measurements.
研究了水解聚丙烯酰胺、黄原胶和木质素磺酸盐对中相微乳液相体积、粘度和界面张力的影响。
4)  middle phase microemulsions
中相微乳液
1.
The experiments showed that the middle phase microemulsions can form in dioctadecy-cyldimethylammonium chloride - decylpyridinium bromide /n-butanol/n-heptane/brine system,The phase behaviour wasinvestigated by using concentration scanning and inteffecial tension methods.
研究了阳离子表面活性剂双十八烷基二甲基氯化控和澳代癸基吡啶复配时,中相微乳液形成和特性,就阳离子表面活性剂复配、盐度和正丁醇浓度对中相激乳液形成、相态和界面张力的影响进行了系统研究,从中寻找亲水亲油平衡(HLB值)不同阳离子表面活性剂复配形成中相激乳液的一些规律。
5)  phase Winsor Ⅲ
WinsorⅢ相(中相微乳液)
6)  Optimum microemulsion dilution method
中相微乳液稀释法
补充资料:乳中杀人
【乳中杀人】
 (术语)台家用语,以乳等五味配一代五时之经。第一华严时,为乳味时。于此乳味时中,说华严经对于别圆之机是顿教之相也,同时复说小乘之提谓经,使闻者得大乘之益,称曰乳中杀人,以为不定教之相。乳中杀人者,谓乳中置毒,毒气发,能毒人,此取涅槃经之喻也。毒,即实相之理。法华玄义十曰:“今依大经二十七云:置毒乳中乳即杀人,酪苏醍醐亦复杀人。此谓过去佛所尝闻大乘实相之教,譬之以毒。今值释迦声教,其毒即发,结惑人死。若如提谓波利经,(中略)即是乳中杀人也。”
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