1) spheroidization
球化
1.
Study of Purification and Spheroidization of Heavy Section RE-Mg Ductile Iron in Powder Injection Process;
厚大断面RE-Mg球铁喷粉净化及球化效果的研究
2.
A Preliminary Study on the Spheroidization of Si and Fe in the AC8C Alloys;
AC8C合金中Si、Fe相球化初探
3.
Study on the Spheroidization of Titanium Powders in a Radio Frequency Plasma
射频等离子体球化Ti粉体的研究
2) spheroidizing
['sfiərɔidaiziŋ]
球化
1.
Spheroidizing Mechanism and Practice of Eutectic Carbidesin Low Tungsten White Cast Iron;
低钨白口铸铁共晶碳化物团球化研究
2.
Study on the Rapid Spheroidizing Technology and Life Cycle Assessment of GCr15 Steel;
GCr15钢快速球化工艺及生命周期评估（LCA）的研究
3.
The mechanism of carbide spheroidizing was analyzed.
对共晶碳化物团球化机理进行了深入分析,并讨论了共晶碳化物团球化对力学性能和耐磨性能的影响。
3) Nodularization
球化
1.
Application of the Cored Wire Injection Process in Iron Nodularization-Inoculation Treatment;
喂线法在铁液球化-孕育处理中的应用
2.
This article, through analysis of the causes of white structure, degeneration of inoculation and nodularization, which are easy to occur in thin wall nodular iron castings, put forwards the measures taken to improve the intrinsic quality of such nodular iron castings, i.
通过对薄壁球铁件 (以票插为例 )在生产中易出现白口组织及孕育衰退和球化衰退的原因分析 ,提出了提高薄壁球铁件内在质量的措施 :瞬时孕育加二次球化。
3.
Some problems need to pay attention to in the production of heavy section ductile iron castings were discussed from aspects such as the selection of raw and auxiliary materials, chemical compositions control of molten iron, nodularization, inoculation, trace element addition, and so on, and the appropriate process parameters were put forward.
并从原辅材料的选择,铁液化学成分的控制,球化和孕育处理以及合金元素的添加等几方面论述了厚大断面球墨铸铁件生产中应注意的一些问题及工艺参数。
4) globularization
球化
1.
The globularization of lamellar α microstructure in Ti-5Al-4Mo-4Cr-2Sn-2Zr (TC17) alloy was studied using processing map theory.
采用加工图理论分析了TC17(Ti-5Al-4Mo-4Cr-2Sn-2Zr)钛合金在高温变形过程中的片状α球化规律。
2.
The effect of processing parameters on the globularization of lamellar α microstructure in Ti-17(Ti-5Al-4Mo-4Cr-2Sn-2Zr) alloy was studied by isothermal compression test and metallurgical analysis.
通过等温热压缩试验和金相分析研究了热变形参数对Ti-17(Ti-5Al-4Mo-4Cr-2Sn-2Zr)合金片状α球化过程的影响。
3.
Microstructure and grain boundary character during hot deformation globularization processes of TC11 alloy with annealed-lamellar structure were investigated by TEM, SEM and EBSD techniques.
采用TEM、SEM和EBSD等组织分析技术研究了β退火态片层组织TC11钛合金两相区热变形球化过程中组织的精细结构和晶界特征。
5) refinement and spheroidization
细化球化
1.
The refinement and spheroidization of primary austenite grains are accomplished by melting off of dendritic arms and bending off of trunk .
采用过流冷却法制备高铬铸铁半固态浆料,对初生相细化球化机理进行研究。
6) spheroidization and anti-spheroidization
球化与反球化
补充资料：球化退火
分子式：
分子量：
CAS号：
性质：将钢加热到稍低于或稍高于共析钢或过共析钢的温度，然后缓冷下来。目的在于使珠光体内的片状渗碳体以及先共析渗碳体都变为球粒状，均匀分布于铁素体基体中（这种组织称为球化珠光体）。具有这种组织的中碳钢和高碳钢硬度低）。具有它种组织的中碳钢和高碳钢硬度低，被切削性好，冷形变能力大。对工具钢来说，这种组织是淬火前最好的原始组织。
分子量：
CAS号：
性质：将钢加热到稍低于或稍高于共析钢或过共析钢的温度，然后缓冷下来。目的在于使珠光体内的片状渗碳体以及先共析渗碳体都变为球粒状，均匀分布于铁素体基体中（这种组织称为球化珠光体）。具有这种组织的中碳钢和高碳钢硬度低）。具有它种组织的中碳钢和高碳钢硬度低，被切削性好，冷形变能力大。对工具钢来说，这种组织是淬火前最好的原始组织。
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