1) molten iron
熔铁
1.
The solubility of titanium in multi-component molten iron system has been investigated with super-saturation precipitation method and thermodynamics calculation.
利用过饱和析出法和热力学,研究了多元体系熔铁中Ti的溶解度。
2) molten iron
熔铁，铁水
3) Smelting of iron
铁液熔炼
4) cast iron smelting
铸铁熔炼
1.
Scheme of green intensivism for cast iron smelting;
实现绿色集约化铸铁熔炼的技术方案
2.
New method of realizing green intensify about cast iron smelting;
实现绿色集约化铸铁熔炼的新方法
3.
Realize cast iron smelting green intensify most outstanding, most key problem in producing-cupola transformed in the article, have comparatively analysed in detail that studies the state both at home and abroad, and has proposed managing concretely to the traditional ubi-qintous environmental question and improved suggestion and measure.
就实现铸铁熔炼绿色集约化生产中最突出、最关键的问题--冲天炉改造,较为详细地分析了国内外研究状况,并针对传统常规冲天炉普遍存在的高粉尘、高噪音和高温作业的"三高"问题的治理与改善提出了具体的看法和应采取的相应措施。
5) iron bath
铁水熔池
1.
The height change of foam caused by reduction gas during foaming process was measured under different conditions of treating blast furnace dust in iron bath.
实验测定了不同条件下高炉瓦斯灰在铁水熔池中还原产生的内生气源对发泡过程泡沫渣高度的影响 ,应用泡沫高度随时间变化的实验数据和发泡性能方程确定了发泡特性参数。
2.
The gas temperature and content in the iron bath and the molten iron temperature were measured.
在容量为１００ｋｇＥＯＦ实验炉（能量最优化炉）中，实验研究了铁水熔池上部煤气温度及成分的变化，以及熔融铁水的温度变化，并由铁水熔池传热机制出发建立了传热效率的计算方法。
6) iron phosphate melt
铁磷熔体
1.
The electrical resistivity of soda iron phosphate melts was measured with the electrical resistivity cell,the redox ratio of iron ions in corresponding glass was investigated using M五 ssbauer spectra.
用电导率电池测量了钠铁磷熔体的电阻率 ,并分析了相应玻璃的穆斯堡尔谱 ,计算了铁离子的价态和氧化还原比 ,分析了温度、时间和氧化钠含量对熔体电阻率和玻璃氧化还原比的影响。
2.
The electrical resistivity of iron phosphate melts and high level radioactive waste (HLW) melts simulated by iron phosphate was measured at 1 223—1 723 K.
同时发现 :Na2 O含量低的铁磷熔体的导电机理是电子性的 ,并用氧化还原比解释了其电阻率 -温度曲线的不可逆性 。
补充资料：熔盐电解法生产铌粉(见熔盐电解法生产钽粉)
熔盐电解法生产铌粉(见熔盐电解法生产钽粉)
production of niobium powder by molten salt electrolysis
rongyand+onjlefa ShengChan n.fen熔盐电解法生产妮粉(produetion。fn;obi-um powder by molten salt eleetrolysls)见熔盐电解法生产担粉。
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