活性剂

All that shows its a simple, fast and credibility method.(6) Using Chinese herbal medicine such as Gleditsia sinensis, tea seed bran, Tuber Fleece flower Root, Aloe, Radix Angelicae Sinensis, and surface active components such as AES, BS-12, K_(12), to compound Hibiscus Syriacus L.Chinese herbal medicine shampoo.

木槿叶水浸泡后搓出粘汁，作为洗发香波的表面活性剂和营养添加剂成分，加以皂荚、茶籽麸、何首乌、芦荟、当归等中草药营养成分和AES、K_(12)、BS-12等表面活性剂成分，复配成木槿中草药洗发水。

Methods:Six surfactants－bean phospholipid,pulmonary surfactant,rhamnose,imidazoline,natrium glycocholic acid and natrium glyceric acid were chosen as accelerator to made into insulin solutions,and then use tween－80 and span－80 as matrix to made insulin aerosols,which were ultrasounicly nebulized and inhaled by SD rats through nose.

选用豆膦脂、肺表面活性剂、鼠李糖、咪唑啉、甘氨胆酸钠和甘珀酸钠六种表面活性剂为促进剂，制成胰岛素溶液，再以吐温－80、司盘－80做基质制成胰岛素气雾剂，经超声雾化，自SD大鼠鼻腔吸入，分别检测其血糖降低程度。

With the theory of Hydrophile-lipophile Balance, it is found that the most suitable anion surfactant for preparation of PPy is heptanoic acid, and get a conclusion that there is a best matching relation between the concentration of surfactant and the state of the porous substrate.

根据亲水亲油平衡理论，找出了最适合制备聚吡咯薄膜的阴离子表面活性剂——庚酸，并且通过试验得出了表面活性剂浓度与基底不同的多孔状态存在最佳匹配关系的结论。

So that, it has significance to study the interaction between heteropoly acid and HSA.

第三部分：阳离子表面活性剂因具有优良的特性而广泛应用，研究阳离子表面活性剂光谱特性具有重要意义。

Experts'research on the stability of water-based ink and process has been a preliminary study. Femandez and other matozoa of the discovery of water-based ink by electrostatic repulsion stability and space steric 's. Aromtics and gecol, and so on the surface of the plastic film studies indicate that water-based inks, join different types of surfactants can be effective removal of water-based inks, and Canadians zephiramine hexadecyl alkyltrimethylammonium can make the surface charge of carbon black particles.

国际学者差火性油墨的稳不退性和脱除工艺已举行了开端查究。femandez等发掘火性油墨的胶体稳不退性是由静电排不引力和不满答位阻效应成群不决的。gecol等差脱除塑料薄膜暗不天的火性油墨查究后暗示，参加差别种类暗不天活性剂均可灵验去除火性油墨，而且加人阳离子暗不天活性剂十六烷基不一甲基溴化铵可以使炭暗粒子暗不天电荷逆转。

The properties of surface chemistry and micellar aggregation number of a special anionic surfactant with two hydrophilic head groups linked by a rigid structure- disodium hexadecyl diphenyl ether disulfonate (C16-MADS) was determined respectively.

测定了由刚性基团联接的特殊双亲水基型阴离子表面活性剂——十六烷基二苯醚二磺酸钠(C16- MADS)的表面化学性能及胶束聚集数，并考察了表面活性剂浓度和体系温度对Nm的影响。

Mensurate the coal samples f efficient of Panyi coalmine of three work faces of Huainan, the natural the percent of containing of water, the surface tension of seven surfactants in different concentration and set up Hydrophile property platform of experiment in searching the capillary effect, which giving a complete set of mensurating of Hydrophile property.

通过对淮南潘一矿三个工作面的煤样分别进行了煤的f系数的测定，煤的自然含水率的测定，七种表面活性剂在不同质量浓度时表面张力大小的测定，以及通过搭建亲水性实验平台，研究煤体在不同表面活性剂中的亲水性大小。

Phosphate, Metasilicate, Nonionic Surfactant, Anionic Surfactant, Dye

磷酸盐，硅酸盐，非离子表面活性剂，阴离子表面活性剂，颜料

It is especially discussed that the principle, operation process and effects of the operation parameters on the characteristic of the products when the hydrophilic drug micronized with the supercritical assisted atomization which is an improvement on the supercritical anti-solvent technology. It is also introduced that the embedment of hydrophobic drug into biodegradable materials with the use of surfactant as well as the effect of different molecular weight of carrier and different ratio of complex carrier on the characteristic of products is made. It is pointed out that the use of surfactant will improve the micronization of microparticles of the hydrophobic drugs.

在药物微粉化方面，着重介绍了超临界辅助原子化法对水溶性药物的处理，包括该方法的原理、操作方法以及操作参数对产品性能的影响，证明该方法用于改善水溶性药物的微粉化具有良好的效果；在制备药物微球方面，重点介绍了不同操作条件和不同分子质量的载体、不同配比的复合载体对药物微球性能的影响以及表面活性剂在亲脂性及离子型药物微球制备中的应用，指出添加表面活性剂将更有利于得到该类药物的微球。

The results showed that monocarboxylic acid stearic acid played a role of surfactant, and the product was still orthorhombic Ce2O(CO3)2·H2O with a high crystallization degree. In turn, duality-carboxylic acid tartaric acid...

实验结果表明在尿素及硝酸铈的混合溶液中分别加入一元羧酸硬脂酸，二元羧酸酒石酸和三元羧酸柠檬酸时，一元羧酸硬脂酸在混合溶液中只起表面活性剂的作用，其产物为斜方晶系的单晶Ce2O(CO3)2.H2O微粉，且表面活性剂硬脂酸的加入使得晶体的晶化程度明显提高；而二元羧酸酒石酸与三元羧酸柠檬酸在均相反应中则起螯合剂的作用，分别与Ce3+形成螯合物酒石酸铈和柠檬酸铈，这些结果的造成是由于其反应机理的不同所导致的。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。