The curves of weight losses of the

The curves of weight losses of the specimens
against wear distance in both abrasive and adhesive
wear tests are shown in Fig. 5. It is obvious that the
weight losses decreased after the remelting process
in both tests. With the remelting-chilling process,
the crystalline grains in the top layer became fine
and crystallites formed. The forming of metallic
compound matrix and fine crystalline grains lowered
the weight losses of the remelting-chilling layer.
Furthermore, a large amount of borites, such as CrB2 and Ni3B, which possess great hardness, precipitated
in the layer. As a result, the wear resistance was
improved. In abrasive wear tests, specimens remelted
with a plasma torch of 880 W possessed higher wear
resistance than those remelted with a plasma torch of
440 W. This is because the 880 W plasma torch
produced a thicker remelting-chilling layer than the
440 W plasma torch.

結果 (中文) 3:

曲线的试样的磨损失重
距离在磨粒磨损和粘着
磨损试验，如图5所示。很明显，
重量损失重熔过程中
在测试后下降。随着重熔冷却过程中，
表层晶粒变细
和微晶的形成。金属
成形复合矩阵和细晶的重熔降低
激冷层的重量损失。
此外，大量的borites，如CrB2、Ni3B，具有硬度大，在层沉淀
。作为一个结果，耐磨性提高了
。在磨料磨损试验，试样重熔
与880 W的等离子体具有较高的耐磨
电阻比的
重熔440。这是因为880 W等离子炬
产生较厚的重熔激冷层比
440 W等离子炬等离子体炬。