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- GGDiscussion on Strengthening and Application of Low Carbon Martensitic Steel 关于低碳马氏体钢强化及其应用的探讨
- Experiment of Welding Process on Low Carbon Martensitic Steel Without Prehcat and PWHT 低碳马氏体钢不预热及不热处理焊接工艺试验
- LOW CARBON MARTENSITE STEEL FOR ROCK DRILLING ROD 低碳马氏体钢重型凿岩钎杆的研制
- It was presented that a survey of material development,chemical composition,microstructure and properties of cast low carbon martensitic stainless steel in recent years. 总结了铸造低碳马氏体不锈钢的成分、组织结构和性能研究的现状。
- The Application of a Low Carbon Martensite Steel without Quenching-tempering Treatment in Automobile Industry 低碳马氏体型非调质钢在汽车工业中的应用
- Effect of cold deformation and tempering on ductility of low carbon martensite steel 冷变形低碳马氏体钢的回火塑性
- low carbon martensitic stainless steel 低碳马氏体不锈钢
- Therefore,the content of low carbon martensite and volume fraction of undissolved carbide in the structure hardened files can he increased and their toughness and working life have bee... 经淬火后，组织中板条马氏体量与残留碳化物体积分数有所增加，从而显著提高了锉刀韧性与使用寿命。
- We don't make cutting tools from low carbon steel. 我们不用低碳钢制造切削刀具。
- For welding low carbon steel structres. 焊接低碳钢结构。
- Hydrogen embrittlement can become important in martensitic steels. 马氏体钢容易出现氢脆现象。
- Galvanized Low Carbon Steel Wire. 镀锌底碳钢丝。
- Failure Analysis on Quenching Cracking of High Carbon Martensite Steel Ball 高碳马氏体钢球淬火开裂失效分析
- It is very clear that low carbon steel can be easily machined. 低碳钢容易加工是很清楚的。
- Keywords bearing steel;zonal carbonide;low carbon martensite;differences between black and white; 轴承钢;带状碳化物;低碳马氏体;黑白差;
- Suitable for welding low carbon steel, low alloy steel structure. 适用于各种低碳钢、低合金钢构件的焊接。
- CFR uses low carbon, medium alloy steel as the matrix. CFR合金采用低碳、中合金钢成分为基体。
- Materials: high quality low carbon steel wire, PVC wire. 材料：优质低碳钢丝（镀锌、涂塑、喷塑）PVC丝。
- Electropulsing was employed to treat a low carbon microalloy steel. 研究了脉冲电流对一种低碳微合金钢的组织和力学性能的影响。
- In order to ensure the quenching properties of the martensitic steel with high nitrogen content, the carbon content in the steel should be reduced or the chromium content should be increased accor... 对于铬含量为17%25的马氏体不锈钢14122,其碳和氮的总含量不应超过065%25;当氮含量达到024%25时,铁素体不锈钢14016转变成为马氏体钢,其强度高于碳和氮的总含量与其相当的普通马氏体不锈钢14122。
