1.
Archaean group of mingmatization - anatexis had different development features with different geological time in Wulashan-Daqingshan area, Inner Mongolia.
内蒙乌拉山—大青山地区太古界混合岩化—重熔作用 ,随地质时代不同发育特征不同。
2.
Electrical aluminium ingots for remelting
GB12768-1991重熔用电工铝锭
3.
Unalloyed aluminium ingots for remelting
GB/T1196-1993重熔用铝锭
4.
Unalloyed magnesium ingots for remelting
GB/T3499-1995重熔用镁锭
5.
Refined aluminium ingot for remelting
GB/T8644-1988重熔用精铝锭
6.
Adopting High Resistance Slag for Remelting W6Mo5Cr4V2 Steel
采用高电阻渣重熔W6Mo5Cr4V2钢
7.
A PRACTICAL METHOD TO MEASURE THE REMELT BATH DEPTH IN ESR
电渣重熔金属熔池深度的实用测定方法
8.
Subsequent redistribution of uranium in provinces formed at that time most probably resulted from orogenic processes and associated anatexis.
铀在成矿区内的重新分布，最可能是由于造山作用及伴随的泾熔作用。
9.
Harnessing gravity fields for anti-proton catalyzed fusion.
利用重力场进行反质子催化熔解。
10.
Those empty tins are then melted down and reused.
空罐经过熔炼后，还可重新利用。
11.
Study and Application on Intelligent Control of the ESR Process
电渣重熔过程智能控制的研究与应用
12.
STUDY ON USE OF HIGH RESISTANCE SLAG IN ESR PROCESS FOR PRODUCING HIGH SPEED STEEL
采用高电阻渣电渣重熔高速钢的研究
13.
Melting the High Quality Bearing Steel by ESR Technology
采用电渣重熔工艺冶炼高质量轴承钢
14.
an alloy with a low melting point and used as solder and in safety plugs and sprinkler fuses.
一种低熔点的合金，用作焊料，亦用于安全拴和喷水熔丝。
15.
What do fluxes do in blast furnace smelting?
熔剂在高炉中起什么作用?
16.
Research on Effects of Electric Pulse on Pb-Sn Alloy Molten;
电脉冲对Pb-Sn合金熔体作用研究
17.
Research on RE Micro-alloy Effect in Self-fusion Alloy;
RE在自熔合金中微合金化作用的研究
18.
The Understanding of the Role of "Front" and "Crucible" of the Party School in Colleges and Universities;
对高校党校“阵地”“熔炉”作用的认识