cascade edge; cascade

In this paper,the author describe the frame,excellence,form & the name,function of belt wave-side-conveyor,and list the power & pull formula.

描述了波状挡边带式输送机的结构、优点、形式及各部件的名称、功能,并列出功率和张力计算公式,为设计和制造波状挡边带式输送机提供了理论依据。

In this paper, simulation is made of the processing of wavy interface generation in explosive welding using a two-dimensional difference scheme for elastic-plastic materials.

波状界面是爆炸焊接的一个重要特征 ,利用弹塑性材料的二维有限差分方法模拟爆炸焊接中的波状界面结合过程。

The cladding plate with micro and small wavy interface obtained by low limit explosive can be rolled successfully, and the one with a big wavy interface will be detached in rolling.

为了研究在不同爆炸焊接工艺条件下获得的复合板的轧制效果,本文对大波、小波、微波状3种界面的1Cr18Ni9Ti/20G复合板进行轧制实验研究。

The cladding plate with micro and small wavy interface obtained by low limit explosive can be rolled successfully, and the one with a big wavy interface will be detached in rolling.

实验表明:只有用下限获得的微小波状界面的爆炸焊接复合板,才能实现成功轧制,而大波状复合板界面存在一定的缝隙、空洞等微观缺陷,在轧制时由于分层会使轧制失效。

The bond interface of steel SA266-304 dadding of explosive welding byJXA- 8800EPMA completely, is analysed in detail and it is that there are three bond interfaces:big wavy, small wavy; micro wavy.

运用JXA－8800M超大型电子探针对SA266—304爆炸复合板的结合界面进行了全面的分析测试，发现结合界面有大波状、小波状、微波状三类结合形式，其中以微波状为最佳。

To study the rolling effects of the cladding plates which are obtained in different explosive welding parameters, three kinds of cladding plates (big,small and micro wavy interface) of 1Cr18Ni9Ti-20G are rolled.

实验表明:只有用下限获得的微小波状界面的爆炸焊接复合板,才能实现成功轧制,而大波状复合板界面存在一定的缝隙、空洞等微观缺陷,在轧制时由于分层会使轧制失效。