The effect of nitrogen, carbon and manganese on work| hardening ability of metastable austenite manganese steel in impact wearing condition was studied. 研究了氮、、对介稳奥氏体锰钢在冲击磨损条件下加工硬化性能的影响。
In this paper, the structure, phase constituents and distribution of nitrogen in carbon and low alloy steels after compound treatment of soft nitriding and through hardening have been discussed. 本文研究了碳钢和低合金钢气体软氮化后进行整体淬火复合处理工艺时组织,相组成和氨浓度分布的规律。
The fresh NR latex and scrap rubber were treated with the viscidity stabilizers. The effects of kinds of the viscidity stabilizer and processing means on P 0, PRI, MV, nitrogen content and quick storage hardening value of NR were investigated. 用粘度稳定剂处理天然橡胶鲜胶乳和湿杂胶,研究了粘度稳定剂种类及处理方法对橡胶的P0、PRI、MV、氮含量和加速贮存硬化值(△P)等的影响。
It is concluded that nitrogen alloyed austenitic steel has excellent ballistic property and mass efficiency of penetration, which results from the increase of impact hardening and dy-namic strength and area of plasticity deformation. 研究表明,含氮奥氏体钢的抗弹性能的提高主要通过冲击硬化,动态强度明显提高,以及通过塑性变形区域增加,使弹丸更多的能量转换成塑性变形能。