1) magnetic field heat treatment
磁场热处理
1.
Research on high vacuum magnetic field heat treatment furnace and its temperature controller;
高真空磁场热处理装置及其温度控制器的设计与研制
2.
The results show that iron-rich amorphous alloy with high saturation magnetic induction can be made constant permeable core without air-gap through a simple transverse magnetic field heat treatment and the core exhibits good magnetic characteristics.
结果表明,通过简单的横向磁场热处理工艺,可将具有高饱和磁感应强度的Fe基非晶合金制成无间隙的恒导磁磁芯,并且具有良好的综合磁特性。
3.
The effects of magnetic field on heat conduction of ferritic and pearlitic steels in the magnetic field heat treatment were studied.
观察、分析了在磁场热处理条件下磁场对传热的作用。
2) Magnetic heat treatment
磁场热处理
1.
The effects of magnetic field direction, cooling mode and annealing temperature in the magnetic heat treatment on magnetostriction of <110> -oriented Tb0.
95多晶合金磁场热处理中磁场施加方向、冷却方式以及温度等参数对其磁致伸缩性能的影响。
2.
The effects of transverse magnetic heat treatment on the magnetic properties of Fe-based amorphous alloy with high saturation magnetic induction were investigated.
用真空感应炉在氩气保护下熔炼成母合金,再采用单辊快淬法制备成分为Fe63Co21Si2B14的非晶合金薄带,卷绕成铁芯后在不同温度下进行横向磁场热处理。
3) vacuum magnetic heat treatment
真空磁场热处理
1.
Study on Fe-Co magnetically soft alloy vacuum magnetic heat treatment process;
Fe-Co软磁合金真空磁场热处理工艺研究
4) magnetic field treatment
磁场处理
1.
The results show that the microstructure of Fe-Si-Mn cast steels can be remarkably changed through magnetic field treatment,from a mixture structure to only one pearlite or martensite structure.
结果表明,磁场处理后可显著改变铁硅锰铸钢的显微组织,由混合型组织改变为单一的珠光体或马氏体。
2.
The effect of magnetic field treatment on the shear strength of adhesively bonded single lap steel joint was studied.
采用自制的装置研究了磁场对由环氧胶层连接的钢制单搭接接头剪切强度的影响,结果表明,在所采取的试验条件下,试样叠合后立即施加的磁场可显著影响接头的强度;垂直于胶层的磁场提高接头的剪切强度效果高于平行磁场,磁场处理的时间以4h左右为宜。
5) magnetic treatment
磁场处理
1.
Effect of magnetic treatment seed of tomato on seed viability and seedling growth;
磁场处理对番茄种子活力及苗期长势的影响
2.
This research works at the application of magnetic treatment for strengthening the removal of phospholipid with the removal of ration of vegetable oil.
本文研究了应用磁场处理技术对植物油的水化除磷脂过程的强化作用。
3.
studied on the effect of magnetic treatments on phosphatase activity in brown earth,albic bleached soil and black soil.
本文研究了磁场处理后棕壤、黑土及白浆土中磷酸酶活性的变化。
6) magnetic-heat treatment
磁热处理
1.
Effects of magnetic-heat treatment on microstructure and electrochemical properties of La-Mg-Ni-Co alloys;
磁热处理对La-Mg-Ni-Co合金微结构与电化学性能的影响
2.
Optimization of process parameters about magnetic-heat treatment for La_(0.67)Mg_(0.33)Ni_(2.5)Cu_(0.5) alloys using the orthogonal array design
La_(0.67)Mg_(0.33)Ni_(2.5)Cu_(0.5)贮氢合金磁热处理工艺的正交设计
3.
And the magnetic-heat treatment process of alloys was optimized.
5合金,然后对它们分别进行了常规热处理和磁热处理,采用了PCT、DSC和动力学测试手段,比较系统地研究了元素替代及热处理对合金热力学和动力学性能的影响;优化了合金的磁热处理工艺;并用Chou模型研究了La0。
补充资料：磁场热处理
磁性材料在其居里温度附近进行的退火过程中，加一外磁场,使材料内部感生一单轴各向异性,从而改善磁性的工艺。通常在磁场中由居里点以下温度缓冷（如以10～20℃/min速度冷却）也可产生同样效应。由磁场处理产生的这种感生各向异性在室温下是稳定的，但重新加热就会被破坏。磁场热处理可使磁滞回线呈矩形，磁导率增大,矫顽力降低。如65Ni-Fe合金经磁场热处理产生磁织构后，磁滞回线为矩形；而进行一般退火时，磁滞回线则呈蜂腰状。
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