growth phenomena meaning in Chinese
晶体生长现象
Examples
- Laminar growth phenomena of graphite and quality of synthetic diamond in graphite - ni70 mn25 co5 system under high temperature and high pressure
5体系中石墨的层状生长现象与合成金刚石的质量 - Our research indicates significant promise for understanding grain growth phenomena in haz , based on the 3d mc technique
总之，本文的研究表明采用mc技术能够很好的模拟焊接haz奥氏体晶粒的长大。 - Abstract : it was verified through experiment and measurement that there was growth phenomenon taking place with nodular iron castings after graphitizing annealing at low temperature . the emergence mechanism and reason of the “ annealing growth nature ” was dicussed , and its prevention measures was proposed
文摘:通过试验和测试，证实了球铁件经低温石墨化退火后存在的生长现象，并对这种“退火生长性”产生的机理及原因进行探讨，提出了防止措施。 - 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 - 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