Agglomeration mechanism of Panzhihua titanomagnetite concentrate and the behaviour of titanium in sintering process

1、

Experimental Research on the for Iron Concentration Technology for a Low Grade Vanadiferous Titanomagnetite Ore with High Phosphorus

某低品位高磷钒钛磁铁矿选铁试验研究

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2、

Titanomagnetite, containing massive vanadium resource, is the mainly source of initial vanadium products.

钒钛磁铁矿含有大量的钒资源，它是初级钒产品的主要来源。

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3、

Effects of Alkali Metal on BF Smelting with Vanadic Titanomagnetite and Control Measures

碱金属对钒钛磁铁矿高炉冶炼的影响及对策

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4、

Laboratory experiment of hot air sintering for vanadium-bearing titanomagnetite concentrate with high titanium oxide content

高钛型钒钛磁铁精矿热风烧结实验室试验

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5、

Practice on the Development and Utilization of Vanadic Titanomagnetite Resources in Panzhihua

攀钢开发利用攀西钒钛磁铁矿资源的实践

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6、

The economic view of the development& Utilization of the low grade titanomagnetite in Chengde District

承德地区低品位钒钛磁铁矿开发和利用的经济思路

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7、

Research on Properties of Coke in BF with High Ti Type Vanadic Titanomagnetite

高钛型钒钛磁铁矿冶炼条件下焦炭在高炉内的性能变化

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8、

Analysis of Force on the Titanomagnetite Particles of Panzhihua Mine in Magnetic Separator

攀枝花钛磁铁矿颗粒在磁选机中的受力分析

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9、

Comprehensive Recovery of Titanomagnetite and Its Application in Coal Washery

钛磁铁矿的综合回收及在洗煤厂的应用

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10、

Synthesis of titanomagnetite and its catalytic property in heterogeneous Fenton reaction

钛磁铁矿的制备及其异相Fenton反应催化性能

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11、

Study on the magnetic roasting process of titanomagnetite pellet with sodium addition

钒钛磁铁矿纳化球团磁铁矿化焙烧过程的研究

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12、

A study on substance composition of pellet of titanomagnetite in a certain mine

某地钛磁铁矿球团矿的物质成分研究

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13、

Analysis of reduction rates of titanomagnetite pellets roasted by different processes

钛磁铁矿各种焙烧球团的还原速度分析

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14、

A new brazing technique of ceramic is presented, in which the arc-added glow discharge titanizing is applied to ceramic as a preparative process, then the ceramic is brazed to metal in glow discharge furnace without flux.

介绍了一种陶瓷钎焊的新方法，即以陶瓷加弧辉光渗钛为先导工序，然后在辉光炉中实现陶瓷／金属无钎剂钎焊。

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15、

The result shows that solid powder titanizing without protective atmosphere is available, and the optimal titanizing temperature is at 950 ℃ or so, the optimal titanizing time is 4 hours or so.

结果表明，在无保护气氛下固体粉末渗钛是可行的，但其最佳渗镀温度为950℃左右，最佳渗镀时间为4h左右。

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16、

A mathematical model for titanizing of steel which can be used in pack or gas titanizing process is given according to Fick's law of diffusive process and tested by the experiment.

本文从Fick第二扩散定律出发，建立了适用于气体或固体渗钛的数学模型，并通过碳钢的固体渗钛实验进行验证。

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17、

The high temperature oxidation resistance of plasma titanizing alloying layer and aluminium alloying layer at 400 ℃ and 700 ℃ after oxidation 100 hours were investigated.

对离子渗钛试样和粉末渗铝试样以及纯铜试样在400℃和700℃高温循环氧化100小时的抗高温氧化性能进行了研究；

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18、

The relationship of the process parameters to the depth of diffusion, concentration of titanium in the diffusion layer and the microstructure of titanizing layer are studied.

探讨了工艺参数与渗层厚度的关系，渗钛层组织特征，渗层钛浓度分布。

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19、

Titanizing, Aluminizing and Titanizing-Aluminizing by Solid Power Method

固体粉末法渗钛、渗铝及钛铝共渗的研究

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20、

The experimental results show that prior deformation at room temperature accelerates the process of titanizing and there is the optimum deformation region.

根据实验结果分别讨论了温度、时间、形变量对渗钛过程的影响规律，实验结果表明预先室温塑性变形对置换原子钛的渗入有促进作用，存在一个最佳形变量。

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