英语翻译Figure 2.Low-magnification SEM image of the upper part o

英语翻译
Figure 2.Low-magnification SEM image of the upper part of the aggregates arrays and one of big branches in an aggregate indicated by the arrows.
A typical SEM image of the middle part of an aggregate is shown in figure 3 at different magnification.The morphology of the aggregates indicates their growth characteristics in the arc-discharge process.Obviously,the rod-like big branches locate in the space built up by under-floor branches and the same floor branches are almost of the same height.Accordingly,it can be concluded that the big branches around the main stem of aggregates grew separately and constructed the space for the growth of upside floor branches simultaneously.It can be observed from figure 3a-b that a big branch comprises some big clusters and a big cluster also consists of many small irregular spherical clusters,with diameter distribution from 5 to 10μm,stacking together and keeping a distance of about 2μm.The SEM image at a high magnification shows the clear morphology of small clusters (figure 3c),which are composed of flocculent structure formed by the small particles adhering together.The existence of the distance between clusters and big branches can be explained by the fact that they carried the redundant negative charge from the plasma to repulse each other [19].

图2 .低倍率的SEM照片的上半部分的聚集阵列和一大分支,在总所指出的箭头.
一个典型的SEM照片中的一个组成部分是总结如图3所示,在不同的放大率.形态的聚集,显示其生长特性,在电弧放电过程.很明显,棒一样,大分行设在空间建立了由下一楼分行和同一层楼的党支部的几乎相同的高度.因此,可以得出结论认为,大党支部周围,主要干的总量增长分别和建造的空间增长的好处楼党支部的同时.可以看出,从图的第3 A - B的一大分支,包括一些大集群和大集群还包括许多小的不规则球形联网,与直径分布5月5日至10 μ m的,堆叠在一起,保持距离约2 μ m的该扫描电镜图像在一个较高的放大显示出清晰的形态小群（图3 C ） ,这是组成的絮状结构,形成了由小的颗粒,坚持在一起.存在之间的距离集群和大分行可以解释为事实,即他们进行多余的负电荷从血浆中击退对方[ 19 ] .