Despite the many potential applications that are offered with the anis的简体中文翻译

Despite the many potential applicat

Despite the many potential applications that are offered with the anisotropic grain structures there is a rich multidisciplinary scientific details that would have to be brought together, there is open questions on the sintering stages with a polymer, including the coarsening process being driven either by an Oswald ripening process or coalescence to obtain the anisotropy grain structure. There are also important rheological complexities to be addressed, there is the flow of the polymers in narrow nanoscale network spaces. In these nano and tortuous environments, the configurations of the polymer chains are known to be influenced from the boundaries and thin films of polymer, these size effects then impact physical properties that would in turn impact rheology, such as Tg, would all be subject to transient changes under the extreme conditions of cold sintering processes. So there are many complex issues that need to be integrated into a comprehensive model for the polymer assisted anisotropic grain growth that was introduced in this article[21,22].
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尽管各向异性晶粒结构提供了许多潜在的应用,但仍必须将丰富的多学科科学细节结合在一起,但对于聚合物的烧结阶段仍存在未解决的问题,包括由Oswald驱动的粗化过程成熟过程或聚结以获得各向异性晶粒结构。还有重要的流变复杂性需要解决,聚合物在狭窄的纳米级网络空间中流动。在这些纳米和曲折的环境中,已知聚合物链的构型会受到聚合物边界和薄膜的影响,这些尺寸效应会影响物理性质,进而会影响流变性,例如Tg,在冷烧结工艺的极端条件下,它们都会发生瞬态变化。因此,本文引入了许多复杂的问题,需要将其综合到聚合物辅助各向异性晶粒长大的综合模型中[21,22]。
正在翻译中..
结果 (简体中文) 2:[复制]
复制成功!
Despite the many potential applications that are offered with the anisotropic grain structures there is a rich multidisciplinary scientific details that would have to be brought together, there is open questions on the sintering stages with a polymer, including the coarsening process being driven either by an Oswald ripening process or coalescence to obtain the anisotropy grain structure. There are also important rheological complexities to be addressed, there is the flow of the polymers in narrow nanoscale network spaces. In these nano and tortuous environments, the configurations of the polymer chains are known to be influenced from the boundaries and thin films of polymer, these size effects then impact physical properties that would in turn impact rheology, such as Tg, would all be subject to transient changes under the extreme conditions of cold sintering processes. So there are many complex issues that need to be integrated into a comprehensive model for the polymer assisted anisotropic grain growth that was introduced in this article[21,22].
正在翻译中..
结果 (简体中文) 3:[复制]
复制成功!
尽管各向异性晶粒结构具有许多潜在的应用,但仍有许多多学科的科学细节需要结合起来,对于聚合物的烧结阶段,包括由Oswald熟化过程或聚结作用驱动的粗化过程,仍存在一些悬而未决的问题得到各向异性晶粒结构。还有一些重要的流变复杂性需要解决,聚合物在狭窄的纳米网络空间中流动。在这些纳米和曲折的环境中,聚合物链的结构已知受到聚合物边界和薄膜的影响,这些尺寸效应随后影响物理性质,进而影响流变性,如Tg,都会在冷烧结过程的极端条件下发生瞬态变化。因此,有许多复杂的问题需要集成到本文介绍的聚合物辅助各向异性晶粒生长的综合模型中[21,22]。<br>
正在翻译中..
 
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