1.
liquid carbonitriding
液体碳氮共渗, 液体渗碳氮化法
2.
Surface Compound Treatment of C-N Multi-elements and RE-B-C-N Multi-elements Deep-penetrating
碳氮共渗-深层稀土硼碳氮共渗复合处理
3.
Study on the hydrogen embrittlement phenomena of carbonitriding tape gear;
合金渗碳钢锥齿轮碳氮共渗的氢脆现象研究
4.
Investigation of Plasma Electrolytic Carbonitriding Technique in Solution;
液相等离子体电解碳氮共渗技术研究
5.
RE-B-C-N multi-element penetration of 65Mn steel metal rubber with larger wire diameter
大丝径65Mn金属橡胶稀土硼碳氮共渗
6.
Measurement on the carbonizing or nitro-caburizing harden case depth of sintering iron-based material
GB/T9095-1988烧结铁基材料渗碳或碳氮共渗硬化层深度的测定
7.
Research Hydrogen-free Carbonizing and Hydrogen-free Carbonitriding on Titanium and Titanium Alloy Ti6A14V by Double Glow Plasma Discharge;
钛及钛合金Ti6A14V双层辉光离子无氢渗碳及无氢碳氮共渗的研究
8.
The heat treatment technology of carbo- nitriding of steel has the characteristic of lower treatment temperature and direct quenching.
钢的碳氮共渗热处理工艺具有共渗温度低、直接淬火等特点。
9.
Surface combined treatment of carbonitriding and B-C-N-RE multi-elements deep-penetrating on 20Cr steel firebrick die
碳氮共渗-深层稀土硼碳氮共渗复合处理在20Cr钢耐火砖模具中的应用
10.
A Study on the Plasma Electrolytic Nitrocarburising Treatment for Steels Surface;
液相等离子体法钢材表面碳氮共渗处理的研究
11.
Carbonitriding Greer Car when the Analysis of Abnormal Organize
汽车变速齿轮碳氮共渗时异常组织的分析
12.
Study of Improving Microstructure and Performance of Carbonitriding layer on Surface of 45 Steel with Leaser-remitting
激光重熔对45~#钢碳氮共渗层性能改进研究
13.
Study on Improving Microstructure and Performance of Carbonitriding Layer on Surface of 45 Steel with Laser Remelting
激光重熔对45钢碳氮共渗层性能的改进研究
14.
Effect of Carbon Content on Plasma Nitrocarburising Characteristics of AlSl304 Austenitic Stainless Steel
碳含量对AlSl304奥氏体不锈钢离子碳氮共渗性能的影响(英文)
15.
Gas Nitrocarburzing for 4Cr5MoSiV1 Steel
4Cr5MoSiV1(H13)钢的气体氮碳共渗
16.
new technology of ionitro-carbon-titanizing
离子氮-碳-钛三元共渗新工艺
17.
RE-nitrocarburizing Technology for Piston Rod Made of 40CrMnMo
40CrMnMo活塞连杆稀土离子氮碳共渗工艺
18.
Influence of nitrocarburizing on microstructure and roughness of 4Cr10Si2Mo steel
氮碳共渗对4Cr10Si2Mo钢渗层组织和表面粗糙度的影响