re deep-layer electuary boronizing 稀土深层膏剂渗硼
We find that it can obtain deeper layer with lower density, shorter time and longer time. In the experiment, we have obtained deepest boronizing layer with the parameters of compact density 6.4g/cm3, heaing temperature 11500C and holding time 4 hours.
本文通过广泛的烧结渗硼试验,对压坯密度、烧结温度、保温时间三个参数的考察,发现密度为6.4g/cm3的Fe-2Cu-0.4C粉末压坯,经11500C烧结,保温4小时渗硼处理可得到最厚的渗硼层。
参考来源 - 铁基粉末压坯烧结—固体渗硼技术研究·2,447,543篇论文数据，部分数据来源于NoteExpress
This paper analyses the structure and properties of nickel-plating and boronizing layer.
分析研究了镀镍渗硼层组织结构和性能特点。
The wear resistance of hard alloy (YG14) and boronizing layer, boron-chromizing layer for steel 45 was studied.
研究了硬质合金(YG14)和45钢渗硼层、硼铬共渗层的耐磨性。
The properties of RE-boronizing layer relative to casting quality, and the suitable temperature is necessary for lightening change of shape.
球墨铸铁表面共渗层的性能与铸造质量有关，同时还要选取适当的共渗温度以减少变形。
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