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Home > chinese-english > "气液界面" in English

English translation for "气液界面"

gas-liquid interface
gas-solution interface
liquid-gas interface


Related Translations:
界面接触:  interfacial contact
圆柱界面:  cylindrical boundary
钻井界面:  drilling interface
界面友好:  user-friendly
界面断层:  boundary-fault
时间界面:  time surface
界面介质:  interfacial medium
界面脂:  boundary lipid
界面间隙:  interfacial gap
内界面:  inner boundaryinterface
Example Sentences:
1.Current situation of interfacial mass transport models at gas - liquid interfaces
气液界面气体传输模型研究进展
2.By compressing a monolayer film , the coexistence of liquid condensed ( lc ) and liquid expanded ( le ) phases can be reached . the transition from le to lc is usually regarded as a first - order one , so the theory of crystallization can be applied . in this article we review our recent studies on the growth of lc domains in the le - lc coexistence region driven by the illumination of a fluorescent microscope . the mechanism of this unusual 2d domain growth phenomenon is discussed . the formation of faceted , dendritic and fractal - like domains as well as the evolution and the transition of these patterns are investigated
当处于气液界面的类脂类化合物的单分子膜被压缩时,随着分子间距的缩小,单分子膜将经历一系列相变过程.通过荧光显微术可以观测到新相的成核和生长过程.由于单分子膜的二维特性,该系统中的实验观测对于检验和发展二维界面生长理论尤为重要.本文总结了近年来本课题组与相关单位合作,在单分子膜系统中发现的实验现象以及对其生长机制的系列研究.内容包括对单分子膜系统中的成核、界面稳定性、枝晶生长、形态演变等的观测和分析
3.Abstract : by compressing a monolayer film , the coexistence of liquid condensed ( lc ) and liquid expanded ( le ) phases can be reached . the transition from le to lc is usually regarded as a first - order one , so the theory of crystallization can be applied . in this article we review our recent studies on the growth of lc domains in the le - lc coexistence region driven by the illumination of a fluorescent microscope . the mechanism of this unusual 2d domain growth phenomenon is discussed . the formation of faceted , dendritic and fractal - like domains as well as the evolution and the transition of these patterns are investigated
文摘:当处于气液界面的类脂类化合物的单分子膜被压缩时,随着分子间距的缩小,单分子膜将经历一系列相变过程.通过荧光显微术可以观测到新相的成核和生长过程.由于单分子膜的二维特性,该系统中的实验观测对于检验和发展二维界面生长理论尤为重要.本文总结了近年来本课题组与相关单位合作,在单分子膜系统中发现的实验现象以及对其生长机制的系列研究.内容包括对单分子膜系统中的成核、界面稳定性、枝晶生长、形态演变等的观测和分析
4.Through the competition of ionization equilibrium of zno22 - and precipitation reaction , the nucleation and growth process of znse have been adjusted , and monodispersed znse semiconductor hollow microspheres are obtained . these microspheres were found to form through aggregation of small znse nanocrystals sizes of which could be finely tuned by temperature control . a novel gas - liquid interface aggregation mechanism was proposed and this idea might be generalized in other systems
以zno22 -阴离子提供锌源,利用它在强碱性溶液中缓慢释放出zn2 + ,并与se2 -之间的电荷排斥作用,成功地调节了反应动力学,获得了尺寸和分散性都非常均匀的微米级znse空心球,并实现了空心球内部粒子尺寸的调控,提出了新颖的气液界面团聚机理。
5.The results show that , comparing with the gas pressure drops calculated by the modified ergun equation , in the cases of the gas reynolds number is small , due to the presence of the dead space , the observed p in the experiments are bigger than that obtained by calculation , and when the gas reynolds number is large , because of the small interfacial viscous drag - force between gas and liquid , the p observed are smaller than that obtained by calculation
结果表明在气相雷诺数较小时,由于停滞孔隙率的存在,实测压降值比修正厄根方程计算的值大;气相雷诺数较大时,气液界面上产生的粘性曳力较小,实测压降值比修正厄根方程计算的值小。
6.The studies show they are practical and promising functional molecules for opto - electronics . the following works put fc16ab to study physical chemistry properties of its monolayer and lb films with other molecules . the conclusions are as listed below : the surface pressure - molecular area ( - a ) isotherms of fc16ab and hexadecyltrimethylammonium bromide ( ctab ) on aqueous subphases were studied
结论如下:在纯水亚相上,我们通过比较十六烷基甲铵盐( ctab )和fc _ ( 16 ) ab的单分子膜压力-单分子面积( - a )等温线,得到二茂铁片段的在气液界面的取向随着膜压的增加而发生改变。
Similar Words:
"气液混合物" English translation, "气液技术" English translation, "气液交换器" English translation, "气液接触" English translation, "气液接触塔无回流时的压力损失" English translation, "气液浸变岩" English translation, "气液联动的" English translation, "气液旁承" English translation, "气液泡室" English translation, "气液平衡" English translation