硫氮碳共渗

对45钢经盐浴硫氮碳共渗处理的大批试样，进行了滚子接触疲劳性能试验，绘出了P－S－N曲线，分析了接触疲劳断口形貌及破坏机理。

The rolling contact fatigue test for 45 steel samples is treated with salt-bath sulphonitrocarburizing . carried out . A P-S-N Plot is figured .

离子硫氮碳共渗复合氩原子轰击热处理工艺研究

Study on Heat Treatment of Combined Ion SCN Co-diffusion With Ar-bombardment

稀土时离子硫氮碳共渗的影响

Effect of Rare Earth on Ion Sulph Nitrocarburizing

硫氮碳共渗用粉末及涂料的研究

Study on the Powder and Pasty for Sulphonitrocarburizing

介绍了钢管热冲孔凸模硫氮碳共渗工艺试验。

The test of sulphurized tufftride process for treating the hot piercing punch for steel pipes is introduced .

45钢离子硫氮碳共渗层在含磨粒润滑条件下的摩擦磨损特性

The Friction - Wear Characteristics of Ionic Sulpho - Carbo - Nitriding Layer of 45 Steel under Abrasive - Containing Lubricating Condition

本文对含磨粒润滑条件下，45钢经离子硫氮碳共渗的试样与液体硫氮碳共渗、气体软氮化和高频淬火处理的试样的摩擦磨损特性进行了对比研究。

This paper makes a comparative study of friction-wear characteristics of 46 steel test pieces of ionic sulpho-carbo-nitriding , liquid sulpho - carbo-nitriding , gas soft nitriding and high-frequency hardening .

渗硫参数对氮碳共渗表面形成FeS固体润滑层的影响

Effect of Sulphurizing Parameters on the Formation of FeS Solid Lubrication Layer on Nitrocarburized Surface

通过对FeS固体润滑层表面微观形貌的观察，初步分析了渗硫条件和氮碳共渗表面对其上FeS固体润滑层形成的影响。

The effect of sulphurizing parameters and nitrocarburized surface on the formation of FeS solid lubrication layer was investigated through observing the surface morphology of the FeS solid lubrication layer under SEM .

用正交试验和工程平均效应分析方法确定了H13钢铝型材热挤压模的工作面（俗称“窄缝面”）进行硫氮碳三元共渗的最佳工艺参数。

Base on orthogonal test and using engineering average effect analysis method , the best process parameters of sulphonitrocarburizing for the H13 steel hot extruding die was determined .

渗硫温度对氮碳共渗表面形成FeS固体润滑层影响很大，当渗硫温度（硫罐温度/工件温度）为210℃/230℃时，FeS固体润滑层中S/Fe原子摩尔百分比值趋于1；

The sulphurizing temperature affects the formation of FeS solid lubrication layer on the nitrocarburized surface greatly , and the atom mol percent ratio of S to Fe is close to 1.0 when the sulphurizing temperature ( S pot temperature / workpiece temperature ) is 210 ℃ / 230 ℃ .

介绍了斯太尔曲轴离子硫氟碳共渗氩原子轰击子硫氮碳共渗快速深层离子渗氨工艺：用专用吊具对曲轴处理过程中的变形进行控制。

A new ion S-N-C co-diffusion plus Ar-bombardment treatment process for the Starer crankshaft was introduced , with a specially designed attachment to control the deformation during the process .