| 1. | Thickness measurement of borided layer and nistrided layer
渗硼层与渗氮层深度的测定 |
| 2. | Effect of boronizing on the contact fatigue life of austempered ductile iron
渗硼对等温淬火球墨铸铁接触疲劳寿命的影响 |
| 3. | Discussion on boronizing mechanism in the light of structure and property of boronized layer
从渗硼层的结构和性能探讨渗硼的机制 |
| 4. | The heat preservation time which will influence the boriding stratum is discussed primarily
初步探讨了保温时间对45钢渗硼层的影响。 |
| 5. | Study on microstructure of boronizing layer and boronizing process parameters of 4cr13 stainless steel
13不锈钢渗硼工艺及渗层组织研究 |
| 6. | The tesults show that the boronizing supply agent is feasible , and re can accelerate the boronizing velocity
结果表明：采用该渗硼剂是可行，且稀土可提高渗硼速率。 |
| 7. | The boronizing supply agent of a low - priced solid with re was introduced , and the experiment of the boronizing process was studied
摘要介绍一种含稀土元素廉价的固体渗硼剂，并对其进行了渗硼工艺试验。 |
| 8. | The results showed that under the condition of boriding at low temperature wear resistance andcorosion resistance of boried layer were increased and its brittleness was reduced
结果表明：低温渗硼层的耐磨性和耐蚀性较高温渗硼层的有所提高，而其脆性却有所降低。 |
| 9. | The effect of borided layer at low temperature on wear resistance and brittleness of borided layer for steel 45 was studied by means of wear test , brittleness test and anode polarization measurement
通过磨损试验、脆性试验和阳极极化曲线的测试，研究了低温渗硼对钢渗硼层耐磨性、脆性和耐蚀性的影响。 |
| 10. | Abstract : the layer texture and the effect of technical parameters on the depth of boronization layer after low temperature boronization of 45 steel and the difference of corrosion resistance between low temperature boronization and high temperature boronization are described in the paper
文摘:叙述了45钢低温渗硼后的组织，工艺参数对渗硼层深度影响的规律以及低温渗硼层与高温渗硼层的耐蚀性差别。 |
