1)O/WO/W型
1.Research of the Chloramphenicol Palmitate In Phosphatidylcholine O/W Microemulsions;棕榈氯霉素卵磷脂O/W型微乳制剂的研究
英文短句/例句
1.Study on Preparation and Properties of W/O/W Multiple Emulsions Encapsulating Insulin;包埋胰岛素的W/O/W型复乳的制备及性能研究
2.The initial study of prolonged release of a Chlorhexidine W/O/W multiple emulsion洗必泰W/O/W型复乳剂缓释作用的初步研究
3.Prescription preparation of imidocarb dihydrochloride W/O/W multiple emulsion盐酸咪唑苯脲W/O/W型复乳制剂处方的研制
4.EVALUATION ON STATIC STABILITY OF OIL-IN-WATER VISCOUS CRUDE EMULSIONO/W型稠油乳状液的静态稳定性评价
5.Preparation of Nano-plant Sterol Ester by Oil-in-water Micro Emulsion MethodO/W型微乳法制备纳米植物甾醇酯
6.Study on the Preparation of Multiple-emulsions and It's Insulin Entrapment Property;稳定的W/O/W型复乳的研制及其胰岛素包埋性质的研究
7.Stability of Paraffin Oil W/O/W Multiple Emulsions and the Ability of Vitamin-C Encapsulation石蜡油W/O/W型多重乳液的制备及其对维生素C的包裹
8.Demulsification of Oil-in-Water Emulsion Through Hydrophilic Microfiltration Membrane;亲水性微滤膜对O/W型乳液破乳的研究
9.The Effect of Urushiol-Based Emulsifier on the Properties of O/W Raw Lacquer Emulsion漆酚基乳化剂对O/W型生漆乳液性能的影响
10.Study on Preparation of O/W MCFA Micro-emulsion and Its CharacteristicsO/W型中链脂肪酸微乳的制备及其性质研究
11.The Preparation of Gel W/O/W Multiple Emulsion Loaded Insulin;担载胰岛素的凝胶新型W/O/W多重乳液的制备
12.Fabrication and Characterization of Electrically Conducting Polypyrrole Nanomaterials in O/W、W/O Microemulsion;在O/W、W/O型微乳液体系中导电聚吡咯纳米材料的合成及表征
13.The Causes of the Transformation of O/W Emulsion and Its CountermeasuresO/W乳化原油转型原因及其对策研究
14.Study on the Property of Water-in-oil Emulsion in Cosmetic化妆品中W/O型乳化体性能的研究
15.A Study on Demulsification of W/O Emulsion by Inorganic Micro-filtration Membrane with Degree of Vacuum as Transmembrane Pressure;无机微滤膜对W/O型乳状液真空破乳的研究
16.Synthesis of Nanoparticles in W/O Microemulsions: A Monte Carlo Simulation;W/O型微乳液制备纳米颗粒的Monte Carlo法模拟
17.The Relations among the Surface Tension, Radius of Liquid Drop and Volume Fraction of W/O Micro Milk Liquid;W/O型微乳液表面张力、液滴半径等之间的关系
18.Screening of the Formulation and Technology of Imidocarb Dihydrochloride w/o Emulsion盐酸咪唑苯脲W/O型乳剂的处方工艺筛选
相关短句/例句
W/OW/O型
1.Study on Stability of W/O High F Value Oligopeptide Emulsion;W/O型蛋清高F值寡肽乳状液稳定性的研究
3)W/O/W multiple emulsionsW/O/W型复乳
4)O/W emulsionsO/W型乳液
1.Experimental study on the preparation of O/W emulsions by SPG membrane emulsification;利用SPG膜制备O/W型乳液实验研究
5)W/O microemulsionW/O型微乳
1.Methods:The partial pseudo-ternary phase diagram was constructed by titration method,and the viscosity and refractive index of an optimal W/O microemulsion were measured.方法:以蚓激酶(EFE-d,Mw24177)为模型药物,采用滴定法建立伪三元相图,并通过动态激光散射法、电导法、冷冻蚀刻电子显微镜法、差示扫描量热法以及体外释放的研究对蚓激酶W/O型微乳进行了评价。
6)A cream of O/W typeO/W型乳膏
延伸阅读
"阿库拉”级核动力攻击型潜艇国别：俄罗斯类型：潜艇编号:舰艇名称:"阿库拉”级核动力攻击型潜艇“阿库拉”级攻击型核潜艇，也被称为“鲨鱼”级，是俄罗斯继“v— ⅲ”级之后建造数量最多的一级艇。它在设计上充分吸收了前几级潜艇的成功经验，是性能上最令俄海军满意的一级核动力攻击型潜艇。其首艇于1985年底服役，该级艇现役14艘。“阿库拉”级属于多用途核动力攻击型潜艇，除可执行反潜、反舰、侦察、护航等多种任务外，还可与水面舰艇协同作战。该级艇艇体宽大，呈水滴形，与此相比，修长的指挥台围壳特别引人注目，围壳的前缘和艇前壳体上布置了一些重要的水环境传感器。“阿库拉”级潜艇长115米，宽14米，吃水10.4米；水上排水量7500吨，水下排水量9100吨 ；水下航速可达32节，潜深400米。其动力装置为2座压水堆和3台蒸汽轮机，单轴推进，有两个7叶螺旋桨。“阿库拉”级采用双壳体结构，其耐压壳体是用高强度的钛合金制造的，据称最大下潜深度可达1000米，只有使用爆炸冲击才能使主压载舱在大深度爆炸。与俄罗斯前几级核潜艇相比，“阿库拉”级降低了噪声的传播标准，为此采用了艇外壳覆盖消声瓦等大量降噪措施，据称其安静性可与美国“浴杉矶”改进型相媲美。除隐蔽性好外，该级艇的武器火力也十分强大，装备了 4具533毫米和4具650毫米鱼雷发射管。前者可发射 ss—n-21潜对地攻击巡航导弹(射程3000千米)、ss-n—15反潜导弹和53型鱼雷；后者可发射 ss—n-16反潜导弹和65型鱼雷。其装载总量为14枚导弹或鱼雷，它们都可携载核弹头，具有很强的攻击能力。
