微合金化是指统低合金高强度结构钢基础上加入适量的微合金化合金元素。
上海热处理网＞＞热处理行业的网上平台＞＞新闻动态 - 新型热作模具钢HG1的回火稳定性研究 关键词 ：热作模具钢；回火稳定性；微合金化 [gap=795]Key Words: hot work die steel; tempering resistance; microalloying
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V—N微合金化热轧钢板组织与性能的研究 关键词： 微合金化；V钢；V-N钢；显微组织；性能 [gap=552]Key words ：Microalloyed；V steel；V-N steel；Microstructure；Proper
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高氮钒微合金化钢的应用研究 您所需要的一切尽在 中国机械CAD论坛 关键词 钒氮合金 微合金化 强度? [gap=474]Key words Nitrovan12 alloy,microalloying,stength?
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微合金化钢 [材] microalloyed steel
铌微合金化 Niobium microalloying ; Nb-microalloying
钢的微合金化 Microalloying of steel
钒氮微合金化 v n micro alloyed ; v n micro alloying
微合金化贝氏体钢 micro-alloyed bainitic steel
中碳微合金化钢 medium-carbon microalloyed steel
硼微合金化 boron micro-alloying
VN微合金化 VN micro-alloying
B或C微合金化 alloying with B or
The number of effective IAF nuclei were inconsistent for different microalloying series, resulting the corresponding changes of the volume fraction of IAF in HAZ and strength and toughness of HAZ.
不同微合金化系列有效的IAF形核核心数量不同,导致HAZ组织中IAF体积分数和HAZ强韧性相应发生变化。
参考来源 - 碱土金属微合金化大线能量焊接低合金高强钢的研究The results of contact fatigue tests show that the contact fatigue rating life of 17CrNiMo6 is equivalent to that of the Nb/V microalloyed steel G1.
接触疲劳试验结果表明,17CrNiMo6钢和Nb/V微合金化后G1钢的额定疲劳寿命L_(10)相当。
参考来源 - 微合金化重载齿轮钢疲劳性能的研究Bulk metallic glass formations in Co-based Co(-Fe)-B-Si-Nb alloy systems are investigated using our cluster line approach in combination with minor alloying principle.
利用团簇线方法和微合金化原理研究了Co基Co(-Fe)-B-Si-Nb多组元合金体系中块体非晶合金的形成。
参考来源 - Co(This paper studies the micro-alloyed and grain refinement of high strength hull structural steel as viewed from strength and toughness mechanism beside describing the properties of high strength hull structural steel.
本文就高强度船体结构钢的特性进行了基本的阐述,并从钢的强韧化机理角度,对高强度结构钢的微合金化和细晶化进行了分析和研究。
参考来源 - 高强度船体钢及其超细晶强化工艺研究The casting alloy's processing property and deformation alloy's processability are significantly improved as to the metamorphism、micro-alloying and refinement of rare earth.
稀土元素的变质、微合金化及细化晶粒作用,可显著改善铸造合金的工艺性能和变形合金加工性能。
参考来源 - 稀土在泡沫铝合金中的应用及作用机理·2,447,543篇论文数据，部分数据来源于NoteExpress
阐述了中国开发含钒微合金化钢的前景。
The prospects for the development of vanadium microalloyed steels in China were described.
对微合金化高锰钢衬板断裂原因进行了分析。
The fracture reasons of lining plate of microalloying high Mn steel have been analyzed.
介绍了钒在低、微合金化钢中的作用以及钒微合金化钢的重点产品；
The role of vanadium in low and microalloyed steels and the main products of vanadium microalloyed steels were introduced.
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