本文从理论上及实际上论证了超喂型花式纱线的成纱过程、成纱原理，分析了超喂型花式线的结构特征。
This paper proves spinning process and principle of over feed effect yarn, and analyses construction characteristic of the over feed effect yarn in the theory and actuality.
应用FRS-XRSA、SAXS、DMA等研究了涤纶短纤维在纺丝及后处理过程中的结晶、取向与超结构的形成与变化。
The formation and the change of crystallinity, orientation and super structure of PET fiber during the spinning process were investigated by mean of FRS XRSA, SAXS and DMA.
结论在微骨痂修复微破裂过程中可能存在一种“超微小梁”结构，这种结构对于受损骨小梁承受应力以及修复均有利。
Conclusions a kind of structure named ultra-trabeculae might appear during the healing process of microcracks which is beneficial to bear loading and repair the damaged trabeculae.
本文给出的数据和结论对实际飞机结构设计的参数确定和生产过程中的超差问题处理具有重要参考价值。
The data and conclusion given in the paper provide important reference values for future aircraft structure design and out-of-tolerance problem disposal.
在超低温温度场中，钢组织结构的转变是随机、超显微的，而且是一种逐渐的转变过程。
In the cryogenic temperature field, the change of steel structure is random and ultramicroscopic, and it is also a kind of progressive changing process.
通过这个系统，可以确定超分子体系中各个组成单元之间的相互作用，超分子体系的结构以及形成过程。
Using this system, we can study the intramolecular interaction in a supramolecular system and determine the molecular structures and the formation process of a supramolecular system.
并用FT-IR、XRD、DTA/TG和TEM等手段研究了二氧化硅超微细粉在煅烧过程中的物相和显微结构的变化。
Phase and microstructure changes of silica ultrafine particles in sintering were studied with FT-IR, XRD, DTA/TG and TEM et al.
还借助扫描电子显微镜（SEM）、热分析（ DSC）、广角X射线衍射（ WAXD）、声速等手段研究了UHMWPE熔纺丝在超拉伸过程中结构性能的变化。
The changing of the structure and properties of UHMWPE fibres during super drawing were studied by means of SEM, DSC, WAXD and sound pulsimeter.
将基于损失模型的稳健性参数分析法应用于小型超精密铣床的结构优化设计过程中。
In the paper, we apply the robust parameter analysis method based on the loss model to the structural optimization and design of a miniature and ultraprecise milling machine tool.
在超细磨过程中，矿物在晶体结构、活性等方面具有显著变化，处于高效失稳状态，反应活性增强。
In ultrafine grinding, minerals exhibit remarkable changes in crystal structure and activity and are in a highly efficient unstable state and their reaction activity is enhanced.
现有结果表明，光调制反射光谱方法已经成为研究量子阱中子能级间跃迁过程和检测超晶格微结构等的简便而有效的手段。
It has been demonstrated that the photo-modulation spectroscopy has become one of the most powerful and simplest tools for the investigation of the inter-subband t…
通过运用自行设计的火焰加速系统，文章研究了立体结构障碍物对预混甲烷火焰传播过程中火焰传播速度和超压的影响。
The result shows that the barriers and plastic film used in the experiment have a great influence on the flame thickness.
通过运用自行设计的火焰加速系统，文章研究了立体结构障碍物对预混甲烷火焰传播过程中火焰传播速度和超压的影响。
The result shows that the barriers and plastic film used in the experiment have a great influence on the flame thickness.
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