1.
To treat, combine, or impregnate with carbon, as when casehardening steel.
使渗碳，碳化使与碳一起处理，使与碳混合或使充满碳，如将钢的表面粹火硬化
2.
liquid carbonitriding
液体碳氮共渗, 液体渗碳氮化法
3.
"carburize:To treat, combine, or impregnate with carbon, as when casehardening steel."
使渗碳,碳化:使与碳一起处理,使与碳混合或使充满碳,如将钢的表面粹火硬化.
4.
Effect of Nickel Infiltration on Chemical Vapor Infiltration Process and Properties of C/SiC;
渗镍对碳/碳化硅化学气相渗透过程与性能的影响
5.
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
6.
Research of Middle Temperature Chromizing on Carbon Steel with Double Glow Plasma Surface Alloying Process and Carbon Migration in the Chromized Layer;
碳钢表面中温双辉等离子渗铬合金化及渗层中碳迁移的研究
7.
Study on Optimizing the Tecnics of the Super Saturation Carburization on 20Cr Steel and a New Stype Super Saturation Carberization Steel;
20Cr钢超饱和渗碳工艺优化及一种新型超饱和渗碳钢的研究
8.
To burn to carbon; carbonize.
将…烧成碳，使碳化
9.
Simulation Study on Fluidized Bed Carburizing Layer Depth Mathematic Model
流态化渗碳层深度数学模型仿真研究
10.
Effect of Shot Peening Treatment on the Performance of 18Cr2Ni4WA Steel
喷丸强化对18Cr2Ni4WA渗碳钢性能的影响
11.
Research on Solid-state Infiltrated B_4C for TC4 at Different Temperatures
TC4在不同温度下固态渗碳化硼研究
12.
Spheroidizing Process for Cementite of Steel T12 and Its Microscopic Structure
T12钢渗碳体球化处理及其显微组织
13.
Rolling contact fatigue of microalloying case carburized gear steels
微合金化渗碳齿轮钢的接触疲劳性能
14.
Study on the High Temperature Oxidation Resistance and Carbonization Resistance of Diffusion Aluminized Stainless Steel;
扩散渗铝不锈钢的抗高温氧化和抗渗碳性研究
15.
Model for the distribution of carburized case depth of spur gear in warm forming after car burizing
直齿轮“渗碳-温挤”渗碳层厚度分布模型
16.
Carburization of Sponge Ferromanganese for Manganese Oxide Fines Containing Coal by Microwave Heating
微波加热含碳氧化锰矿粉体还原过程中锰铁金属化物的渗碳行为
17.
Electrochemical Brightening Process Optimization of Plasma Carburized Stainless Steel
离子渗碳不锈钢表面电化学亮化工艺的优化
18.
Refinement mechanicm of cementite phase in the process of surface nanocrystallization of 38CrSi steel
38CrSi合金钢表面纳米化中渗碳体相的细化分析