1) oxygen diffusion
渗氧
1.
Surface oxygen diffusion hardening of BT20 titanium alloy;
BT20钛合金表面渗氧研究
2.
A simple and effective surface modification technique,named surface oxygen diffusion hardening of titanium alloy has been developed in the past several years.
一种简单而有效的被称之为钛合金表面渗氧强化处理的技术在最近几年得到发展。
2) oxygen-permeation
渗氧
1.
To improve the surface properties of titanium alloys, the technics, such as laser cladding, micro-arc-sparking carbon-permeation treatment and surface oxygen-permeation treatment resulting in hard surface layers on Ti and Ti-base alloys by altering their inherent quality, have been developed.
介绍了为改善钛合金表面耐磨性将激光表面熔敷、高能微弧火花渗碳和表面渗氧技术应用于钛合金表面强化所取得的进展。
2.
The oxygen-permeation behaviors of TC11 on high temperature were studied by SEM, XRD, EPMA and micro-hardness tester.
实验在箱式电阻炉中进行,试件放在装有特定渗氧介质的罐中。
3) oxygen permeation
氧渗透
1.
The oxygen permeation processes and stability of the SCFA membrane were investigated by high temperature oxygen permeation measurement and thermal decomposition of carbon dioxide (TDCD) coupled with partial oxidation of methane (POM) to syngas.
2O3δ(SCF)晶胞间隙位,降低了材料的氧非化学计量系数,并有效提高了材料的结构稳定性;对不同厚度的SCFA3[Al2O3掺杂量为3%(质量)]片式膜的氧渗透性能测定结果表明,SCFA3膜的氧渗透过程受到表面交换过程和体扩散过程的共同影响,其临界厚度约为131。
2.
Oxygen permeation through dense SrFe1.
375Oy致密陶瓷膜在高氧梯度下的氧渗透行为。
3.
8O3- was characterized by it electrical conductivity and oxygen permeation measurement.
１１Ｓ／ｃｍ，氧渗透率为１０－８～１０－１０ｍｏｌ／ｃｍ２·ｓ。
4) oxynitriding
氮氧共渗
1.
Research on cyclic plasma oxynitriding technique of austenitic stainless steel;
奥氏体不锈钢循环离子氮氧共渗工艺研究
5) laser oxidizing
激光渗氧
6) oxynitriding
氧氮共渗
1.
Problem of high-speed steel cutting tools after oxynitriding and improvement;
高速钢刃具氧氮共渗后出现的问题及改进措施
补充资料：渗渗
1.寒冷貌。 2.指因害怕而产生发冷的感觉。
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