作者从以下几个方面对钢丝绳结构伸长和预张拉理论进行了研究。
The author makes the research on the steel wire rope structural stretch theory and pre-pull theory from the following aspects.
伸长的细胞随后开始分化，形成根毛、导管等不同结构，于是植物的根便发育成熟了。
The elongation cell afterwardsstarts to split up, forms the root hair , the drive pipe and so on thedifferent structure, thereupon plant ' s root then grew maturely.
探讨了PET纤维自伸长的微观结构运动模型和聚酯自伸长纤维的加工工艺条件。
The microstructure model to explain how PET filament self - elongate and process condition of PET self-elongation filament were discussed.
在一个具体实施例中，所述伸长结构具有结构宽度和结构长度，所述结构长度穿过所述厚度的竖向部分而延伸。
In the specific embodiment, the elongated structure has a structural width and a structural length, and the structure length is extended by penetrating through the vertical part of the thickness.
测试了固化后的聚氨酯胶粘剂胶片的性能，讨论了分子结构对拉伸强度和伸长率的影响。
The effect of molecular structure of polyurethane on tensile strength and percentage elongation were evaluated by measuring the mechanical properties of the cured resin films.
大量研究表明，无论是有机污染物还是无机污染物，都会对AM的结构、形成和功能产生破坏性影响，主要表现在孢子萌发、侵染率、菌丝伸长受抑制等。
Both organic and inorganic pollutants could have detrimental effects on AM structure, formation and function, such as low spore germination, colonization rate, and hyphal growth.
主要分析研究了钢丝绳的结构性伸长特性及影响因素。
The structural elongation characteristic of wire rope has been analyzed.
本文从加筋土补强机理出发，对其进行了试验研究与分析，得出了加筋土结构中加筋率与伸长应变两个主要因素对其强度特性的影响规律。
Research and analysis on these two factors are conducted herein started with the mechanism of reinforced earth strength and the law of influence on strength by these two factors are acquired.
这种结构消除了将枢轴销伸长穿出阀体的必要性。
This construction avoids the need for extending the pivot pins through the valve body.
结果表明：PEG的加入对PLA纤维分子结构的影响不明显，但却明显改善了PLA纤维的力学性能，特别是断裂伸长率有明显的提高。
The results indicated that the addition of PEG has little effect on the molecular structure of PLA filament whose mechanical property has been improved, especially the elongation at break.
实验结果表明：双脂结构的不同对双脂的吸收、成革撕裂强度、抗张强度的影响明显不同，但对成革伸长率的影响并不明显。
The absorption of the leather samples for the fat liquor were also determined. It was shown from the results that the different structure of di-esters with the different effects on...
最后讨论了链节的受力分析，链传动结构容纳节距伸长能力问题。
Finally, the analysis of the Force attached to chain tooth and the capability for permitting pith to get longer are discussed.
此外，嵌段共聚物和IPN光固化体系形成的相畴结构均一，其抗张强度和伸长率明显高于热固化体系。
In addition, photo-set block copolymer and IPN system, with regular microphase domain structure, have higher tensile strength and elongation at break than those of heat-set polymers.
实验结果表明：双脂结构的不同对双脂的吸收、成革撕裂强度、抗张强度的影响明显不同，但对成革伸长率的影响并不明显。
The absorption of the leather samples for the fat liquor were also determined . It was shown from the results that the different struc…
实验结果表明：双脂结构的不同对双脂的吸收、成革撕裂强度、抗张强度的影响明显不同，但对成革伸长率的影响并不明显。
The absorption of the leather samples for the fat liquor were also determined . It was shown from the results that the different struc…
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