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界面诱导
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  “界面诱导”译为未确定词的双语例句
     For POM/TPU/CaCO3 composite system, the phase-containing particles with CaCO3 as the core and TPU as the shell were achieved automatically by means of inducing TPU to coat CaCO3, and the particles could increase the toughness of POM resin effectively. The processing procedure is very simple and the mechanical properties of the composite material are comparable with POM/TPU alloy.
     以POM/TPU/CaCO3复合体系为基础,采用界面诱导技术使TPU被诱导并包覆在CaCO3表面上,自动地形成以CaCO3为核,以TPU为壳的相包容粒子,并实现了对POM树脂的有效增韧,改性材料不仅制备方法简单,而且在性能上完全达到了目前POM/TPU合金的水准。
短句来源
     Regular Phase Separation of Polymer Blend Membranes Induced by Base Plate Interfacial Tension
     基板界面诱导共混高分子膜的有规相分离
短句来源
     Development of the theory will help to improve surf ace inducement technology.
     这一领域内一个重要的课题是 ,从物理机理出发寻找正确反映界面作用规律的数学物理方程 ,以便完善发展液晶界面理论 ,指导界面诱导技术 .
短句来源
     The surface structure of the PE/PEG blends was analyzed by using the attenuated total reflectance FT-IR spectroscopy and contact angle of water. The result indicates that the concentration of PEG is obviously gradient changed with the surface depth and the effect of inducement of the steel mould takes the important role to make the polyethylene glycol aggregate on the surface.
     利用变角衰减全反射傅立叶转变红外光谱(ATR-FT-IR)法,分别以峰高和峰面积比为参考基准,分析了聚乙二醇/聚乙烯共混物薄膜的表面浓度梯度变化,认为在薄膜样品的制备过程中,金属模具的界面诱导作用是引起共混物薄膜表面层中产生浓度梯度的主要因素。
短句来源
  相似匹配句对
     Induction-Filming Polymerization and Interpenetrating Polymer Network Interfaces
     诱导成膜聚合与IPN界面
短句来源
     The interfacial energy was obtained by measuring the induction period.
     采用诱导期的方法测定界面能。
短句来源
     INTERFACE FRACTURE
     界面断裂
短句来源
     in troducing stimulus;
     诱导刺激;
短句来源
     ON THE INTERFACE MISFIT AND THE SUPERLATTICE STRUCTURES
     界面失配和超晶格结构
短句来源
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  interface induction
Pressure from reviewers to compare new algorithms with others led us to also interface induction algorithms written by other people.
      


The crystallization of CuSO 4·5H 2O,induced by organic thin films of 9(hexadecyl)imino4,5diazafluorene(L)was studied.The oriented crystallization under the monolayer of L is resulted from the induced nucleation of the film and the crystals are of special shape and the induced face is(010),which does not appear in the crystals grown from the normal solution.It is due to the interaction between Cu 2+ ions and hydrophilic headgroups of L,such as ion binding,lattice matching,stereochemical recognition,which...

The crystallization of CuSO 4·5H 2O,induced by organic thin films of 9(hexadecyl)imino4,5diazafluorene(L)was studied.The oriented crystallization under the monolayer of L is resulted from the induced nucleation of the film and the crystals are of special shape and the induced face is(010),which does not appear in the crystals grown from the normal solution.It is due to the interaction between Cu 2+ ions and hydrophilic headgroups of L,such as ion binding,lattice matching,stereochemical recognition,which are responsible significantly for oriented crystallization.

研究了在4,5二氮杂芴9十六亚胺(L)单分子膜诱导下五水合硫酸铜(CuSO45H2O)晶体的定向生长。在L单分子膜的存在下,经膜界面的诱导成核,可得到定向排列、十分规则的CuSO45H2O晶体,其外形与通常所得到的晶体不同。(010)晶面为其诱导面,在通常的水溶液中所得到晶体的主要晶面中,并无此特殊晶面。在这一定向生长过程中,膜和Cu2+之间的作用,诸如离子作用、晶格匹配、立体化学识别等起了十分重要的影响。

The microcellular foaming plastics has become a hot study region because of its unique properties and constructure and the process be of environment protection. Nucleation and the bubble growth controlling be of key importance in the foaming processing, in this paper, the nucleation mechanism and nucleation model(including homogeneous nucleation, solid liquid and microcavities induced heterogeneous nucleation) is presented. In the processing, the nucleation rate and cells density increasing, and the cells critical...

The microcellular foaming plastics has become a hot study region because of its unique properties and constructure and the process be of environment protection. Nucleation and the bubble growth controlling be of key importance in the foaming processing, in this paper, the nucleation mechanism and nucleation model(including homogeneous nucleation, solid liquid and microcavities induced heterogeneous nucleation) is presented. In the processing, the nucleation rate and cells density increasing, and the cells critical radius and the bubble size decreasing when promotion the gas/polymer pressure and the gas concentration. Microcavities inducing nucleation is presented in this paper. Futhermore, a new competition conception between nucleation and cell growth can be used to explain the final microcellular constructure, and we confirmed this conception by experiment. Sea island and cells models are used to illustrate the bubble growth commonly, after summarizing and analysis, one think the cells model is reasonable to govern the buble growth.

微孔塑料因其独特的结构性能和工艺合于环保要求而成为研究热点 ,成核过程和泡孔长大的控制是微孔发泡中的研究重点。文章阐述了泡核形成的均相成核、固液界面诱导的非均相成核以及空穴成核的机理和模型。在成核过程中 ,泡核的临界半径和成核速率占有重要地位 ,提高体系的过饱和度和压力降有利于泡核临界半径的减小和成核速率的提高。同时文章也论述了非均相成核中残余应力导致的空穴成核等最新研究成果。成核过程中原生核的长大和次生核生成的竞争机制的概念可以丰富成核理论 ,并得到了实验的验证。在泡孔长大方面 ,文章详细地阐述了海 -岛模型和细胞模型在研究泡孔长大方面的应用及其各自优缺点 ,并将影响泡孔长大的因素归纳为两大类 ,即熔体体系的物性参数和加工过程的工艺参数。

In this paper, the induction effect of the interface between the third phase(such as the substrates, the foreign substances) and polymer blend system on the formation of the gradient morphology in polymer blend was studied. It was found that all the third phases(such as the substrates, the inserted films, the set foreign particles in this case) could lead to the formation of the gradient morphology in PP/\{EVAc\} blends by annealing. In other words, the particle size and the content of the EVAc dispersed phase...

In this paper, the induction effect of the interface between the third phase(such as the substrates, the foreign substances) and polymer blend system on the formation of the gradient morphology in polymer blend was studied. It was found that all the third phases(such as the substrates, the inserted films, the set foreign particles in this case) could lead to the formation of the gradient morphology in PP/\{EVAc\} blends by annealing. In other words, the particle size and the content of the EVAc dispersed phase gradually increased from the bulk to the interface between the third phase and the polymer blend system. When the two PI films were inserted into the blend system, the effect of the distance between the two inserted PI films on the morphology of LDPE/EVAc blend was also investigated. It was found that the interface\|induced gradient structures began to overlap when the distance of the two inserted films was less than two times of the expectant formed thickness of the gradient morphology for the case of the individual PI film inserted. If the distance of the two films was smaller, all the droplets of the dispersed phase fastly grew simultaneously instead of forming the gradient morphology. It should be caused by the mutual interference of the induction effect of the interface between the two PI films and the blend system. This corresponds to the case of the dispersed droplet coarsening process under 2\|dimentional conditions in polymer blend systems. All the results above supported the conclusion we presented in our previous paper, \%i.e.\%, the existence of interface between the third phase and the polymer blend greatly accelerated the coarsening process of the droplets in the polymer blend.

通过在高分子共混物内部引入不同的第三相界面 ,系统地研究了退火热处理条件下该界面对于共混物梯度相形态形成的影响 .对具有一定初始粒径的共混物体系或初始近似为均相的共混体系 ,在第三相界面的诱导下 ,均能形成梯度相形态 .探讨了诱导界面间距与体系相结构的关系 .结果表明 ,当两个诱导界面间距小于所生成梯度层厚度的两倍时 ,梯度结构趋于交叠 .继续减小诱导界面间距 ,则梯度结构趋于消失 ,诱导界面间共混物中分散相粒子快速长大 ,界面的诱导作用遍布整个样片 ,证实了我们所提出的“高分子共混物中二维条件下界面诱导加速分散相粒子粗化凝聚”的结论

 
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