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- The application of Nb microalloying technologies is beneficial to produce microalloyed steels with low production cost. 这一技术的采用降低了生产成本,为今后生产微合金钢积累了有益的经验。
- Nb microalloying steel 含铌钢
- Behavior Study of Nb Microalloyed Steel in Welding Proceduce 含铌微合金钢焊接性能研究
- The production of high strength and toughness steel plates used for pipeline by Nb microalloying process was introduced. 阐述了利用铌微合金化技术生产高强韧性管线用钢板的工艺技术。
- This paper introduces Nb microalloying technologies to produce HRB400 bar, which include steelmaking, continuous casting and rolling. 介绍采用铌微合金化生产HRB400钢筋的工艺技术,包括合适的冶炼、连铸和轧制工艺。
- Kinetic Simulation of Strain Induced Precipitation in Nb Microalloyed Steels 含Nb钢应变诱导析出过程的动力学模拟
- Nb microalloyed steel Nb微合金钢
- Upper Limit Temperature of Deformation Induced Transformation of Nb Microalloyed Steels 铌微合金钢形变诱导相变的上限温度
- Production Practice of High Strength Ship Plate Steel with Nb Microalloying Nb微合金化高强度船板钢的生产实践
- 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。
- Nb microalloyed steels Nb微合金钢
- Keywords Nb microalloying;bar;technological control; 铌微合金化;钢筋;工艺控制;
- With the aid of extraction complex of C thin film,TEM and energy dispersion X-ray spectrum(EDX),the dissolve rule of Nb,V and Ti in Nb-V-Ti and V-Ti microalloyed steel was studied by isothermal holding at different temperatures and for different time. 通过萃取复形薄膜的方法,采用高分辨透射电镜和能量色散X射线光谱技术,研究了Nb-V-Ti和V-Ti微合金钢中,Nb、V、Ti的碳氮化物在不同温度和不同时间下保温时的回溶情况。
- Abstract: A new type non-quenched-tempered microalloy steel has been developed. 摘 要 :研制了一种新型微合金非调质钢。
- STUDY ON TRANSVERSE CORNER CRACKING OCCURRENCE PREVENTION OF THE Nb, V AND Ti MICROALLOYING STEEL CC SLABS 减少含铌、钒、钛微合金化钢连铸板坯角横裂纹的研究
- STUDY ON TRANSVERSE CORNER CRACKING OCCURRENCE PREVENTION?OF THE Nb,V AND Ti MICROALLOYING STEEL CC SLABS 减少含铌、钒、钛微合金化钢连铸板坯角横裂纹的研究
- microalloy steel bearing V Nb Ti 钒铌钛微合金钢
- microalloyed steel with Nb content 含铌微合金
- Keywords 3-Dimensional Atom Probe;Nb Microalloying;Niobium Carbonitride;Precipitating Feature; 三维原子探针;铌微合金化;铌碳氮化物;析出特征;
- The V-N microalloy steel with yield strength of 550 MPa is produced by EAF-CSP route. 目前,在EAF-CSP流程中通过V-N微合金化技术可成功生产屈服强度为550 MPa的高强度低合金钢。