性质

Synergic effect of LAS-polyether blend surfactant system was studied using surface tensiometer as the main measure.

表面活性剂混合溶液的性质因体系组分的性质和数量关系的不同而变化[1]。

The OWC properties are measured with interfacial tensiometer,surface viscoelasticity tool and Zeta potential tool for the research on the influence of interfacial properties on stability of emulsion.

应用界面张力仪、表面粘弹性仪和Zeta电位仪测定了油水界面性质，研究了界面性质对乳状液稳定性的影响。

Using interfacial tensiometer, surface viscoelasticity meter and Zeta potentiometer to analyze the interface features of partially hydrolyzed polyacrylamide solution and simulated oil of crude oil in Daqing Oilfield, as well as the influences of solid particles on the interface.

采用界面张力仪、表面粘弹性仪和Zeta电位仪研究了部分水解聚丙烯酰胺溶液与大庆原油模拟油之间界面性质以及固体颗粒对这些界面性质的影响。

The primary theory of numbers aspect related integer property basic content.

摘要本论文主要讨论了整数的离散性、代数性质、有序性、整除性、最大公因数与最小公倍数、素因子分解、同余等初等数论方面的有关整数性质的基本内容。

Thereout ,the article clarifies the character of obligations-added .in the end, in order to realize the meaning of the theory of obligations-added, the article has discussion on some problems of applying the theory of obligations-added.

为实现附随义务理论之意义，文章最后对适用附随义务理论的相关问题，如履行行为的性质，违反义务的法律责任的性质和司法实践中法官的自由裁量权等，进行了探讨。

In this thesis, localized electronic states in semiconductor SLs with structural defects, and the acoustic phonon transmission and thermal conductance in the low dimensional nanostructures are investigated.

本文对含结构缺陷超晶格中的局域电子态的性质和低维纳米结构中的声子输运和热导性质两个方面作了有益的探索，获得一些有意义的结果。

Chapter 6 is contributed to studying the convergence properties of pariwise NQD random sequences. We extend the Kolomogrov-type inequality, Baum and Katz complete convergence, the three series theorem, Marcinkiewicz strong law of large number and Jamison theorem.

第六章研究两两NQD列的收敛性质，首先给出两两NQD列的Kolmogorov型不等式，进而讨论它的若干收敛性质，获得了与独立情形一样的Baum和Katz完全收敛定理；几乎达到独立情形著名的Marcinkiewicz强大数定律，三级数定理，推广了著名的Jamison定理。

Here we should clearly understand: it is not that the eternally dwelling "True Thusness" has no real nature or true self; it is because the sages have no attachment to that nature that it becomes void.

在这里，我们应该清醒地认识：它是不是永远居住"真Thusness "没有真正的性质或真实的自我，是因为圣贤没有重视这种性质，它成为无效。

Cells on a biomaterial surface usually respond to three main categories of physicochemical cues: chemically, topographically, and mechanically. In this study, mechanical property of a particularly-prepared chitosan film was modified to improve its cell affinity.

而细胞受生物基材表面的物理化学讯号影响，主要可分为三类：化学、形貌和机械性质，本研究以修饰特别制备的几丁聚醣膜表面性质来改善细胞亲和性。

In chapter 1, an up to now synthetically evaluation is given on the research ways and conclusions about jet in cross-flow. Considering the shortage of previous research ways and techniques (the instantaneous flow field and vortices field can not be properly get), in addition to the deficiency of corresponding conclusion (mainly concentrate on the analysis of time-average but little on structures of flow and action of vortex), the research way and content is draft out in this part. Though PIV, the time-average, instantaneous flow field and vortices field can be get, that will unveil the coherent vortex and its course of generation, development and evolvement, with the assistance of K-ε model and Hybrid Finite Analytic Method , which will proof-test the experiment result and bring some complementary, more profound research about the 3-D characters can be done. Using some fundamental topological theory and principle on flow analysis, with anglicizing of vortex structure, a reasonable description is the topological characteristic of near field in JICF given.

首先在第一章中对横流中湍射流的以往研究方法和研究成果给予了综合的评述，针对横流中湍射流旋涡结构以往研究中研究方法的局限性（不能很好得到流动的瞬态流场及涡量场）和相应研究成果中存在的不足（大都集中在时均特性的分析，对流动的内部结构和旋涡的运动阐述很少），明确了本文的研究方法和研究内容：通过PIV流动测量显示技术得到流动的时均及瞬态流场、涡量场，来揭示横流中湍射流的时均、瞬态流场、涡量分布特性，和各种具有拟序结构性质的复杂涡系的产生、发展及演化过程；结合湍流k-ε双方程模型及相应的HFAM计算方法，对于实验进行相互验证和补充，从而更为充分地研究各种旋涡的三维特性；利用拓扑分析的一些基本原理及相关规则，依据对各种旋涡结构的分析，做出对射流近区流场拓扑性质的合理描述。

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。