1) high carbon steel
高碳钢
1.
Characteristics and properties of ultrafine microduplex structure in high carbon steel after warm deformation;
温变形高碳钢中超微细复相组织的特征及性能
2.
Research on flow stress model of high carbon steel;
高碳钢的流动应力模型研究
3.
Overheat control on hot metal in continuous casting high carbon steel;
高碳钢连铸钢液过热度的控制
2) high-carbon steel
高碳钢
1.
Oxide scale formation on high-carbon steel and its mechanical descaling property
高碳钢氧化皮的形成及其机械剥离性能
2.
In connection with the actual conditions of JISCO slab caster,though the contrast test between with and without electromagnetic stirring to produce the high-carbon steel in continuous billet caster,the results showed the surface and inside quality of slab with electromagnetic stirring is superior to that of slabs without it.
本文针对酒泉钢铁公司连铸机的实际生产情况,通过有无结晶器电磁搅拌(MEW S)的对比试验在方坯连铸机上生产高碳钢,试验结果表明有电磁搅拌时的内外部质量明显优于无电磁搅拌;且当搅拌电流从100 A增大到300 A时,中心偏析、中心疏松和缩孔等级明显降低。
3.
How the state and content of RE vary in high-carbon steel and affect its mechanical properties were studied experimentally and theoretically.
通过实验测定和理论分析,系统研究了稀土在不同洁净度条件下高碳钢中的赋存状态和存量的变化规律,及其对钢的力学性能的影响。
3) High Steel
高碳钢;硬钢
4) medium and high carbon steel
中、高碳钢
1.
Practice for Process of EAF Carbon Pick-up Operation for Production of Medium and High Carbon Steels;
EAF留碳操作生产中、高碳钢的工艺实践
2.
The medium and high carbon steels were quenched with and without magnetic field in the self-made quench tank,the austenite transformation in the NaCl solution was studied,and the microstructure change after phase transformation was observed.
利用自制的磁场热处理设备对中、高碳钢进行了施加磁场与不施加磁场的淬火处理,研究了奥氏体在NaCl溶液中冷却时的组织转变,观察了相变后的组织变化。
5) ultra-high carbon steel
超高碳钢
1.
41%C hot-rolling ultra-high carbon steel.
41%C超高碳钢控轧后进行超细球化预处理,并在不同的温度下进行二次淬火。
2.
The spheroidizing process of carbide of ultra-high carbon steel,Fe-1.
5Al超高碳钢碳化物的球化工艺及力学性能进行了研究。
3.
6%C forged UHCS(ultra-high carbon steel) based on DET(Divorced Eutectoid Transformation) mechanism of the austenite with inhomogeneous carbon concentration.
6%C(质量分数,下同)锻造超高碳钢进行不同工艺的球化处理,并对具有不同球化组织的试样进行性能试验。
6) ultrahigh carbon steel
超高碳钢
1.
Microstructure and mechanical properties of spray formed ultrahigh carbon steel;
喷射成形超高碳钢的组织与力学性能研究
2.
Thermodynamics analysis for the effect of aluminum content on the graphitization in ultrahigh carbon steels
铝含量对超高碳钢石墨化影响的热力学分析
3.
Effect of deformation on microstructure refinement of an ultrahigh carbon steel
形变对超高碳钢组织细化的影响
补充资料:高碳钢
分子式:
CAS号:
性质:含碳量大于0.6%的碳素钢,常用含碳量为0.60%~1.50%。除碳外还可含有少量锰(0.70%~1.20%),如65Mn。高碳钢都属于优质碳素钢或高级优质碳素钢,如T8A等。用高碳钢制成的各种零件,一般都必须经过不同形式的热处理后再使用。因为含碳量较高,热处理后可以较容易得到高强度(σb>980MPa)、高硬度(HRC60以上)以及优良的耐磨性,并具有一定的塑性和韧性。可作为工具钢及弹簧钢等使用。
CAS号:
性质:含碳量大于0.6%的碳素钢,常用含碳量为0.60%~1.50%。除碳外还可含有少量锰(0.70%~1.20%),如65Mn。高碳钢都属于优质碳素钢或高级优质碳素钢,如T8A等。用高碳钢制成的各种零件,一般都必须经过不同形式的热处理后再使用。因为含碳量较高,热处理后可以较容易得到高强度(σb>980MPa)、高硬度(HRC60以上)以及优良的耐磨性,并具有一定的塑性和韧性。可作为工具钢及弹簧钢等使用。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条