1) magnesium thermit
镁热剂
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) magnesiothermic reduction
镁热还原
1.
B2O3 powder was reduced with the high-active Mg powder by the way of SHS and the amorphous boron powder used as ultra-fine high energy fuel presently was obtained by the magnesiothermic reduction reaction B2O3+3Mg→2B+3MgO.
采用自蔓延高温合成(SHS)法,用高活性金属Mg粉还原B2O3粉,通过镁热还原反应B2O3+3Mg→2B+3MgO制备出超细高能燃料无定形硼粉,研究镁热还原工艺对还原产物的影响。
3) thermal reduction with magnesium
镁热还原
1.
The reactive adiabatic temperature of thermal reduction with magnesium was theoretically calculated,the differential thermal analysis on 2Mg-TiO2 was done,the apparent activation energy and the reaction progressions were calculated on the basis of the curve of differential thermal analysis.
计算了镁热还原自蔓延高温合成制备钛粉的绝热温度,对2Mg-TiO2进行了差热分析,并根据差热曲线计算了反应的活化能和反应级数。
4) magnesium thermit
镁热反应
5) magnesium thermic reduction
镁热还原
6) magnesiothermic reduction
镁热还原法
1.
Preparation of ultra-fine amorphous boron powder by magnesiothermic reduction;
镁热还原法制备超微细无定形硼粉
参考词条
补充资料：热剂
热剂 热剂 方剂种类之一。用温热药物以祛除阴寒痼冷之剂。参热可制寒条。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。