1) thermite method,thermo-reduction,thermite process
铝热(剂)法
2) thermit
[英]['θə:mit] [美]['θɝmɪt]
铝热剂
1.
This paper expounds the ap- plication of thermit and magnesium thermit as two representative thermit reactions in industry and lab fields and the de- velopment of thermit reactions,and then puts forward the shortages of the study on thermit reactions and the questions remained to research further.
通过对工业和实验中最具代表性的两种热剂反应——铝热剂与镁热剂反应研究及应用的介绍,阐述了热剂反应的发展状况,并指出了热剂反应研究的不足和有待进一步研究的若干问题。
2.
The combustion characteristics of the thermit in the presence of liquid phase in the field of gravitational forces were investigated.
研究了重力场作用下有液相生成的铝热剂的燃烧特性。
3.
Ceramic lined steel pipes can be produced by SHS thermit process.
采用静态自蔓延铝热(剂)法可制备陶瓷内衬钢管，添加物ＳｉＯ２ 对反应过程及陶瓷衬层显微组织、成份有很大的影响，直接影响反应速度和内衬层的表面质量。
3) thermite
[英]['θə:mit] [美]['θɝmɪt]
铝热剂
1.
Effect of mixing procedure on combustion characteristics of thermite Al+Fe_2O_3;
混料工艺对Al+Fe_2O_3铝热剂燃烧特性的影响
2.
Properties and morphology of thermites mixed up by twin-screw and ball milling procedures are investigated with different mixing time.
采用双螺旋和球磨两种混料方式，研究不同混料时间对铝热剂性能及颗粒微现形态的影响。
3.
Firstly the performances such as particle size,density and homoqeneous of thermite reaction raw material mixed bylwin-screw and ball milling mixing procedures were studied.
本文首先研究了双螺旋、球磨两种混料工艺混合不同时间铝热剂反应原料的颗粒度、松装密度合混合均匀度等性能，并SEM观察混合铝热剂反应原料粉末颗粒微观结构。
4) thermit welding flux
铝热焊剂
1.
The welded joint are prepared by QPCJ,THERMIT and civil thermit welding flux.
分别采用QPCJ铝热焊剂、THERMIT铝热焊剂以及国产铝热焊剂在U75V钢轨母材上制备了三种焊接接头,分析研究了接头的合金成分、拉伸和冲击性能。
5) aluminon method
铝试剂法
1.
By access to information,determination methods of alumina are mainly including chrome azurol S method and aluminon method.
经查阅资料,测定铝的主要方法有铬天青S法和铝试剂法。
6) aluminothermic process
铝热法
1.
Expound magnesium metallurgy with ferrosilicon process and calcium metallurgy with aluminothermic process by contracting technological conditions.
通过工艺条件对比分析,阐明了硅热法炼镁与铝热法炼钙两者工艺过程、设备条件基本相同。
补充资料：铝热剂
铝热剂是把铝粉和氧化铁粉末按一定比例配成的混合物，当用引燃剂点燃，反应猛烈进行，得到氧化铝和单质铁并放出大量的热，温度可到3000℃，能使生成的铁熔化。
这个反应叫做铝热反应，反应生成al2o3和fe。
铝热反应原理可以应用在生产上，例如焊接钢轨等。用某些金属氧化物（如v2o5、cr2o3、mno2等）代替氧化铁，也可以做铝热剂。当铝粉跟这些金属氧化物反应时，产生足够的热量，使被还原的金属在较高温度下呈熔融状态，跟形成的熔渣分离开来，从而获得较纯的金属*。在工业上常用这种方法冶炼难熔的金属，如钒、铬、锰等。
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