1) magnetic-field normalizing
磁场正火
1.
Apparatus , material and method for the magnetic-field normalizing and relevantly produced results were briefly described.
简述了磁场正火的设备、材料、工艺和试验结果,分析了磁场正火细化珠光体组织的机理,指出珠光体的细化与磁场正火时奥氏体的磁化形变有关。
2) magnetic field quenching
磁场淬火
1.
The tensile strength,elongation and hardness of T10 steel subjected to magnetic field quenching and to high temperature tempering were separately increased by 28%,by 8.
与经普通淬火和高温回火的相比,经磁场淬火和高温回火的T10钢的抗拉强度提高了28%,断后伸长率提高了8。
2.
The results researched on magnetic field quenching in the recent years and the principle of improvement on materials subjected to the magnetic field quenching were summarized.
就近年来的研究成果 ,综述了磁场淬火的研究情况。
3.
The distribution of the temperature field during magnetic field quenching is a kind of new research.
外加磁场淬火的温度场分布模拟是一个新的领域。
3) field annealing
磁场退火
1.
The GMI effects in samples treated with different field annealing have been studied .
03软磁合金薄膜,研究了不同磁场退火方式对(Fe88Zr7B5)0。
2.
The obtained results showed that the GMI ratios could be improved observably by longitudinal and transverse field annealing, with the maximum longitudinal GMI ratios being 18.
03软磁合金薄膜,研究了不同磁场退火方式对薄膜磁导率和巨磁阻抗(GMI)效应的影响。
4) magnetic quenching
磁场淬火
1.
The applications of the magnetic heat treatment,such as magnetic quenching for cold-punching dies,magnetic tempering and so on,were introduced.
介绍了冷冲模的磁场淬火和高速钢的磁场回火等应用情况 ,展望了磁场热处理的发展前景。
5) magnetic tempering
磁场回火
1.
The applications of the magnetic heat treatment,such as magnetic quenching for cold-punching dies,magnetic tempering and so on,were introduced.
介绍了冷冲模的磁场淬火和高速钢的磁场回火等应用情况 ,展望了磁场热处理的发展前景。
6) magnetic field annealing
磁场退火
1.
The results show that the magnetic properties of alloy without magnetic field annealing can be impaired.
实验证明:无磁场退火使合金静磁性能恶化,而纵向磁场退火有效地消除了内应力、局部感生各向异性和畴壁钉扎,并形成感生单轴磁各向异性,静态磁性获得显著提高。
补充资料：正火
| 正火 normalizing 将工件加热到适当温度，保温一段时间后从炉中取出在 空气中冷却的金属热处理工艺。正火与退火的不同点是正火冷却速度比退火冷却速度稍快，因而正火组织要比退火组织更细一些，其机械性能也有所提高。另外，正火炉外冷却不占用设备，生产率较高，因此生产中尽可能采用正火来代替退火。正火的主要应用范围有：①用于低碳钢，正火后硬度略高于退火，韧性也较好，可作为切削加工的预处理。②用于中碳钢，可代替调质处理作为最后热处理，也可作为用感应加热方法进行表面淬火前的预备处理。③用于工具钢、轴承钢、渗碳钢等，可以消降或抑制网状碳化物的形成，从而得到球化退火所需的良好组织。④用于铸钢件，可以细化铸态组织，改善切削加工性能。⑤用于大型锻件，可作为最后热处理，从而避免淬火时较大的开裂倾向。⑥用于球墨铸铁，使硬度、强度、耐磨性得到提高，如用于制造汽车、拖拉机、柴油机的曲轴、连杆等重要零件。 |
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