... extension coupling ==> 伸缩联轴器 extension crystallization ==> 伸展结晶 extension cycles ==> 伸张次数 ...
基于8个网页-相关网页
结果表明，该共混体系中界面应力的应变诱导致结晶作用及其所引起的基体中伸展链晶体网络结构的形成是该材料实现脆韧转变的重要原因。
The results show that the interfacial stress produced from the shrinkage of the matrix in the composites injection molding process can strain induced crystallization of th.
用各种物理方法初步证明，稀土聚乙烯熔点较高的原因可能与其具有伸展链结晶结构有关。
The melting point of polyethylene powder and its molecular weight ate higher than those of high density polyethylene. The experimental results indicate that the polyethylene synthesized wi...
应用推荐