钒-氮微合金化,V-N microalloying
1)V-N microalloying钒-氮微合金化
2)V-N microalloying钒氮微合金化
1.This paper reviews the applications ofV-N microalloying technology in HSLA steels.通过充分利用廉价的氮元素 ,钒氮微合金化钢在保证相同的强度水平下 ,可节约钒的用量 ,降低钢的成本。
2.The mechanism ofV-N microalloying is explained.介绍钒氮微合金化的机理既通过钢中增氮后对钒的析出动力学的影响,优化了钒的析出状态,增加了钒的析出强化和细晶强化效应及其在高强度钢筋、非调质钢、高强度厚壁H型钢和CSP产品等产品开发中的应用。
英文短句/例句
1.Development of V-N Microalloyed Resistance Weather Corrosion Steel Strip钒氮微合金化耐大气腐蚀钢板的研制
2.Analysis on the Influence of Vanadium-Nitrogen Alloyed on Microstructure and Properties for High Strength Anti-corrosion Steel钒氮微合金化对高强度耐候钢组织与性能的影响
3.Study of Grain Refinement and Precipitation in V-N Steels Produced by CSP ProcessCSP生产的钒氮微合金钢的组织细化和析出物研究
4.Study on Technology of Nb-V Micro-alloyed HRB500 Ribbed Bar铌钒复合微合金化HRB500钢筋工艺研究
5.Production Trial on Hot Rolled Ribbed Reinforced Bar and Microalloyed Vanadium-Titanium热轧带肋钢筋钒钛微合金化生产试验
6.Steelmaking Process of V Micro-alloying High Strength Steel in EAF钒微合金化高强钢电炉炼钢工艺研究
7.Development of V-micro-alloying Steel Plate for Automobile by CSP ProcessCSP流程钒微合金化汽车大梁板的开发
8.Industrial experiment of producing high-strength reinforcement metal with nitrided ferrovanadium使用氮化钒铁合金生产高强度钢筋的工业试验
9.DETERMINATION AND ANALYSIS OF CCT CURVES OF P510L STEELP510L钒微合金化钢的CCT曲线及其显微组织
10.Fast Determination of Vanadium in Vanadium-nitrogen-iron Alloy by Ammonium Ferrous Sulfate Titrimetric Method硫酸亚铁铵滴定法快速测定钒氮铁合金中的钒
11.Effects of Vanadium Microalloying and Cold-Rolling Technics on Properties of 5182 Belts;钒微合金化和冷轧工艺对5182带材性能的影响
12.Influence of Cooling Rate on Microstructure Evolution Due to Deformation Induced Ferrite Transformation in Vanadium Microalloyed Steel冷速对钒微合金化钢形变诱导相变组织的影响
13.Effect of Different Vanadium Microalloying Addition on the Ratio of Tensile Strength and Yield Strength不同钒微合金化方式对钢筋强屈比的影响
14.STRENGTHENING MECHANISM AND APPLICATION OF MICROALLOYING ELEMENT VANADIUM IN PLATE微合金元素钒在钢板中的强化机理及应用
15.Application of VN Alloy in High-carbon Wire and Rod of WSWRH82B钒氮合金在高碳钢WSWRH82B中的应用
16.Study of Ni-P Alloy Electroless Plating on Boron Nitride Particles氮化硼微粒化学镀镍-磷合金工艺研究
17.Simulation Study on Compositions and Process Optimization of V-microalloyed N80-class Seamless Tube钒微合金化N80级无缝管成分和工艺优化的模拟研究
18.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
相关短句/例句
V-N microalloying钒氮微合金化
1.This paper reviews the applications ofV-N microalloying technology in HSLA steels.通过充分利用廉价的氮元素 ,钒氮微合金化钢在保证相同的强度水平下 ,可节约钒的用量 ,降低钢的成本。
2.The mechanism ofV-N microalloying is explained.介绍钒氮微合金化的机理既通过钢中增氮后对钒的析出动力学的影响,优化了钒的析出状态,增加了钒的析出强化和细晶强化效应及其在高强度钢筋、非调质钢、高强度厚壁H型钢和CSP产品等产品开发中的应用。
3)vanadium microalloying钒微合金化
1.The strengthening theory and process improvement ofvanadium microalloying are introduced.介绍了钒微合金化的强化作用原理及工艺改进,用钒氮合金代替普通钒铁合金冶炼HRB400钢,通过对微合金化工艺改进前后化学成分、物理性能的对比,钢材性能进一步提高。
4)V micro-alloying钒微合金化
1.Practical production show that the products synthetical performances are good byV micro-alloying and recrystalization rolling technology.实践表明 ,利用钒微合金化并实施再结晶轧制工艺 ,能生产出综合性能优良的Gr4 6 0高强度钢筋 ,钒不仅能显著提高钢筋的强度 ,还能提高伸长率和强屈
5)V-N Microalloy Steel钒氮微合金钢
1.A Study on Behavior of Nitrogen inV-N Microalloy Steel during Vacuum Treatment;真空处理时钒氮微合金钢中氮行为的研究
6)high V-N micro alloy富氮钒微合金
延伸阅读
钒氮合金钒氮合金是一种新型合金添加剂，可以替代钒铁用于微合金化钢的生产。氮化钒添加于钢中能提高钢的强度、韧性、延展性及抗热疲劳性等综合机械性能，并使钢具有良好的可焊性。在达到相同强度下，添加氮化钒节约钒加入量30～40，进而降低了成本。钒氮合金牌号化学成分，VNSiPS无无无无≮≯VN10-A77-8110-120.250.030.01无无无无VN12-A76-8012-140.250.030.01无无无无VN14-A76-8014-160.250.030.01无无无无钛铝硅硼合金牌号化学成分，TiAlSiB无无无无无≮≯TiAlSiB-118-2210-141-71-3无无无无无无无无无无无无无无无无无无无无无无无无无
