| 1. | Synthesis and properties of amphiphilic block polylactide copolymers
两亲性聚乳酸嵌段共聚物的制备及性能研究 |
| 2. | Novel amphiphilic macromolecules : synthesis and supramolecular assembly
新型两亲性大分子的合成及其超分子组装。 |
| 3. | Up to now , almost no papers concerning with urease / amphiphile mixed lb films and pure urease lb films have been reported
目前几乎没有关于脲酶两亲性化合物混合lb膜、纯脲酶lb膜的文献报道。 |
| 4. | The important theories and signification in using amphiphilic polymers are known to all with its good performances in more and more field
随著两亲性高聚物在越来越多的领域显示出其功能，它的重要理论和应用意义正为人们所认识。 |
| 5. | Because amphiphilic polymers have a lot of particular physical and chemical properties , the study of amphiphilic polymers is always the hot focus in polymer material field
摘要对两亲性高聚物的研究一直是高分子材料领域的研究热点。 |
| 6. | Experimental conditions for the formation of urease / amphiphile mixed langmuir films at the air / water interface and the transfer of the langmuir films onto the surface of different substrates have been explored
研究并得到了亚相中的脲酶在空气水界面与两亲性化合物形成混合langmuir膜及将langmuir膜转移到各种基片表面的实验条件。 |
| 7. | High solid content and stable soap - free emulsion of styrene ( st ) and butylacrylate ( ba ) was prepared in the presence of ionic hydrophilic monomer , nonionic hydrophilic macromolecule and amphiphilic monomer
摘要利用离子型小分子亲水单体和非离子型大分子亲水单体与两亲性单体共同参与共聚的无皂乳液聚合，制备了高固含、稳定的苯-丙乳液。 |
| 8. | In this article , the development of the study on synthesis , solution properties and the application of novel amphiphilic polymers are summarized , as well as the trends of the study on amphiphilic polymers
本文从新型两亲性高聚物的制备、两亲性高聚物的溶液性质、两亲性高聚物的应用三方面简要综述了两亲性高聚物的研究现状和未来发展趋势。 |
| 9. | Considering the advantages of lb films technology in making biosensor and present research status of urease biosensor , in this thesis , we have prepared urease / amphiphile mixed lb films and pure urease lb films , and transferred the films onto the surface of signal transducer by the lb films technology . the characteristics of the urease biosensors are investigated subsequently
鉴于lb膜技术在制作生物传感器方面的优点以及脲酶生物传感器的研究现状，本论文制备并优化了脲酶两亲性化合物混合lb膜和纯脲酶langmuir膜的成膜条件；并采用lb膜技术将其转移到信号转换器表面，研究了其脲酶生物传感器的特性。 |
| 10. | 2 . urease - based field effect transistor biosensor has been fabricated by the transfer of urease / amphiphile mixed langmuir films onto ion - sensitive field effect transistor ( isfet ) . its function has been studied with isfet meter , and the intensity of output signals shows linear relationship with the logarithmic urea concentration from 0 to 20 mm
用lb膜技术将脲酶两亲性分子混合langmuir膜转移到离子敏感场效应晶体管( isfet )表面，制成了脲酶场效应晶体管生物传感器；采用离子敏感场效应管特性测定仪对它的性能进行了分析。 |
