1) Ta-Sn slag
钛锡渣
2) tin slag
锡渣
1.
Technical measures for producing 525R ordinary Portland cement using copper and zinc tailing and tin slag as raw materials;
用铜锌尾矿和锡渣配料生产525R普通硅酸盐水泥
2.
Effect of sampling techniques on quantitative analysis of uranium and thorium in Malaysian tin slag waste
取样技术对马来西亚锡渣废料中铀和钍定量分析的影响
3) titanium slag
钛渣
1.
Application of neural network control system on titanium slag furnace;
神经网络控制系统在钛渣电炉上的应用
2.
To prepare titanium tetrachloride,Panzhihuan titanium slag containing high calcium oxide and magnesium oxide is carbochlorinated in a combined fluidized bed reactor.
以攀枝花高钙、镁钛渣为原料,采用组合式流化床反应器进行氯化制备TiCl4的研究,试验结果表明:组合式流化床反应器具有较强的抗粘结能力,其设备单位面积的TiCl4产能达到38~76 t/(m2。
3.
A new technology has been studied for preparing high grade titanium slag,of which TiO2 content is over 90%,and CaO+MgO total content are under 1.
研究了一种适于氯化法钛白的高品质钛原料制备新工艺,可将电炉钛渣中TiO2品位提高到90%以上,MgO+CaO之和降到1。
4) Titania slag
钛渣
1.
Study on acid digesting titania slag during titanium dioxide production;
钛渣替代钛矿制备钛白酸解试验研究
2.
ilmenite,titania slag,titanium sponge titanium metal,titanium dioxide is analysed,the technic & economy index and market of titanium production is estimated,capital management,marketing research,strategic league,enterprise culture strategy are put forward.
分析了攀钢钛精矿、钛渣、海绵钛、钛材和钛白等主要产品生产现状,评价了主要钛产品的技术经济指标,对钛产品进行了生产与市场定位,提出了攀钢钛产业实施资本运营、市场营销、战略联盟、企业文化的四大策略,对攀钢钛产业的未来发展进行了展望。
3.
The process of producing titania feedstock—upgraded slag (UGS) through high temperature processing titania slag was described.
描述了高温处理钛渣制取富钛料UGS渣的过程;对制取UGS渣扩大试验高温处理钛渣时出现的颗粒破碎、流态化状态下由颗粒分级引起的氧化-还原不充分以及钛渣烧结引起的反应器堵塞等问题进行了分析,提出了解决问题的设想。
5) titaniferous slag
钛渣
1.
The basic principle for electric smelting of titaniferous slag is introduced and the behaviors of titanium element in DC furnace are analyzed.
介绍了电炉冶炼钛渣的基本原理,分析了直流电炉冶炼钛渣时,钛元素的行为。
2.
The impurities MgO, CaO and Al_2O_3 in the ilemenite can not be reduced at the temperature of (2 000) K, thus entering the titaniferous slag principally composed of anosovite and silicate.
对攀枝花钢铁研究院电炉熔炼钛精矿的有关反应进行热力学分析,认为在电炉熔炼过程中钛精矿中游离的FeO和Fe2O3首先被还原,然后钛精矿中的主要成分FeTiO3按下列顺序逐步被还原:FeO·TiO2→Fe+TiO2→Fe+Ti3O5→Fe+Ti2O3→Fe+TiO;MgO、CaO和Al2O3等杂质在电炉还原熔炼钛精矿的温度(2000K左右)下不可能被还原,从而进入钛渣中;电炉熔炼得到钛渣主要物相为黑钛石,玻璃体硅酸盐相。
6) Ti3Al1.2-xSnxC1.8
钛铝锡碳
补充资料：7000kV的高钛渣冶炼电炉(锦州铁合金厂)
7000kV的高钛渣冶炼电炉(锦州铁合金厂)
7000kV高钛渣冶炼电炉(锦州铁合金厂)
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