1) boronizing
渗硼
1.
Effect of Boronizing on the Wear Resistance of Gray Cast Iron;
渗硼对灰铸铁耐磨性的影响
2.
Application of boronizing Cr12 steel in drawing die;
Cr12钢渗硼拉深凹模的应用
3.
Effect of rare earth on microstructure and properties of boronizing layer;
稀土对Cr12MoV钢渗硼层组织和性能的影响
2) boriding
渗硼
1.
Based on these problems, this article provides a new solution of applying the boriding——heat treatment of compound technology of austempering, it makes the face of the mold have the characteristics of high rigidity, strong wear proof and good tenacity, thus makes the li.
针对以上问题,本文采用了渗硼-等温淬火复合强化热处理工艺,使冷镦凹模具有了表面高硬度、高耐磨性与基体具有高强度、高韧性的完美结合,故可使模具使用寿命比常规热处理工艺提高20倍以上。
2.
To improve the anti-corrosion property of low carbon steel in zinc melt,the iron boride is synthesized on the surface of the low carbon steel with solid boriding processing.
为提高低碳钢的抗锌蚀能力,采用固态渗硼工艺在低碳钢的表面形成了致密的铁硼化合物保护层。
3.
Based on a comparative study on the structure and property of powder borided aluminium alloy die casting molds with and without a paint before boriding, a conclusion can be drawn from the experimental results.
在对涂剂粉末渗硼和不涂剂粉末渗硼处理后其组织和性能对比的研究基础上 ,对铝合金压铸模具进行涂剂粉末渗硼 ,试验结果表明 ,涂剂粉末渗硼新工艺是铝合金压铸模具一种实用的强化方法 ,使用寿命提高一倍以
3) boronization
渗硼
1.
Solid powder boronizations are carried out to the low-carbon steel template used in brick moulding machine,the attained boronization layer and the microstructure of substrate are studied,and hardness analysis to its boronization layer section are carried out.
对制砖机用低碳钢模板进行固体粉末渗硼处理,研究了所获渗硼层及基体的金相组织,并对其渗硼层截面进行硬度分析,而且在生产实践中对渗硼后的模板进行了工艺寿命实验。
2.
Solid powder boronizations and the heat treatment later were carried out to the low-carbon steel Q235A template used in brick molding machine.
对制砖机用低碳钢Q235A模板进行固体粉末渗硼和渗后热处理,分别研究了热处理前后所获渗硼层及基体的显微组织,并对其渗硼层截面进行硬度分析,而且对不同处理方式的模板进行了工艺寿命实验。
3.
Solid powder boronizations are carried out to the low-carbon steel plastic mold,the obtained boronization layer and the microstructure of substrate are studied,and hardness analysis are carried out to its boronization layer.
对低碳钢塑料模具进行了固体粉末渗硼处理,研究了所获渗硼层及基体的金相组织,对其渗硼层进行了硬度分析,并在生产实践中对渗硼后的模具进行了工艺寿命实验。
4) boronising
渗硼
1.
The Application of Proportioning Test in the Process for Casting-Boronising of Gray Iron;
配比试验在灰铸铁熔铸渗硼中的应用
2.
The mechanical properties of the metallic surface were improved by boronising .
渗硼能够显著提高金属表面的性能,目前的研究方向主要是降低渗硼温度,多元复合渗硼改善渗层显微组织、显微硬度、脆性和耐磨性,以及渗硼共晶化使渗层与基体呈冶金结合,从而改善以往的渗硼层脆性大、容易剥落等问题。
3.
By use of seven kinds of ingredient of pasty boronising agent for the boronising treatments of pure cobalt plate and YG8 hard alloy pulling die are described.
采用7种不同配方的渗硼膏剂,对纯钴(Co)片和YG8硬质合金拔丝模具进行渗硼处理,并对纯钴片渗硼后的显微组织、渗层深度及YG8硬质合金拔丝模具渗硼后的耐磨性进行分析和研究,优选出在渗硼温度为950℃、渗硼时间为4h条件下,最佳膏剂配方为50％B_4C+25％NaF+25％Na_2SiF_6。
5) boron-doping
渗硼
1.
Research on improving the antioxidative ability of porous carbon by solid boron-doping;
固体渗硼提高多孔炭抗氧化性能的研究
2.
It is shown that boron-doping improves the tensile modulus and strength of the fibers.
采用扫描隧道显微镜观察了渗硼处理对碳纤维表面微观形态结构的影响,同时还采用X-ray衍射技术分析了渗硼处理对纤维结构参数的影响。
6) boride layer
渗硼层
1.
The adhesion behaviour and wear mechanism of the RE-chrome-boride layer and boride layer of 45 steel have been studied by means of wear tests in this paper.
研究了45钢固体硼铬稀土共渗层和渗硼层的粘着磨损特性，并对磨损机理进行了探讨。
补充资料：渗硼
分子式：
CAS号：
性质：渗镀品种之一，欲渗入的元素为硼。渗硼方法有固体粉末渗硼、气体渗硼、电解盐浴和盐浴的液体渗硼。渗硼层有优异的耐磨性、较好的耐蚀性和抗高温氧化性。例如钻井设备的泥浆泵零件，冲压、拉丝等模具经渗硼后可提高使用寿命。
CAS号：
性质：渗镀品种之一，欲渗入的元素为硼。渗硼方法有固体粉末渗硼、气体渗硼、电解盐浴和盐浴的液体渗硼。渗硼层有优异的耐磨性、较好的耐蚀性和抗高温氧化性。例如钻井设备的泥浆泵零件，冲压、拉丝等模具经渗硼后可提高使用寿命。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条