高炉渣

攀钢高钛型高炉渣由于TiO2的含量高，严重的降低了高钛矿渣微粉的水化活性和易磨性。高钛矿渣微粉水化活性指数仅为80.4%，而普通高炉渣为108%。

In the water-tempered BFS , the high TiO2 content has reduced the index latent hydraulic property from 108 percent in low-Ti granulated BFS to 80.4 percent .

同时，在相同粉磨条件下，高钛矿渣微粉的细度、粒度分布与普通高炉渣也有明显不同。

At the same time , the study also found the grinding efficiency is lower obviously and the fines and particle distribution are greatly different when compare to the low Ti BFS .

能量色散X荧光法快速测定高炉渣中硅钙镁

Method of Fast Determine Magnesium Silicon Calcium of Slag by EDXRF Equipment

X射线荧光光谱法测定高炉渣中的Al2O3

Determination of Al_2O_3 in blast furnace slag by X-Ray fluorimetry

含钛高炉渣合成（Ca，Mg）α′-Sialon-AlN-TiN粉末

Synthesis of ( Ca , Mg ) α′ - Sialon-AlN-TiN powders from titanium-bearing blast furnace slag

湘钢高Al2O3高炉渣脱硫能力的试验研究

Experimental Research on High Al_2O_3 BF Slag Desulphurization Ability in Xiangtan Iron and Steel Corp

武钢高炉渣中Al2O3含量异常升高原因分析及对策

Analysis on sharply increasing of Al_2O_3 content in slag from BF in WISCO and counter measures

用X射线衍射法对高炉渣中非晶相含量进行了定量分析。

The quantitative analytical method for amorphous and crystalline phases in blast furnace slag was studied by Xray diffraction .

利用X射线衍射法可以较客观定量高炉渣中非晶态含量。

The X-ray diffraction method could be used to quantificationally analyze the non-crystalline solids in blast furnace slag with impersonality .

酸解液水解获得的TiO2产物纯度为90%以上。为开发利用废稀酸提取含Ti高炉渣中的Ti提供了依据。

It is the basis for leaching the Ti-bearing blast furnace slag by waste sulfuric acid .

碳热还原氮化攀钢高钛高炉渣制取Ti（C，N）的研究

Preparation of Ti ( C , N ) from titanium-bearing blast furnace slag in Panzhihua Iron & Steel Co by carbothermal reduction-nitridation

MgO含量和碱度对高炉渣的黏度的影响

The influence of MgO and basicity on the viscosity of BF slag

BaO改善高钛型高炉渣起泡性能的研究

The investigation of improving the foaming property of titaniferous slag with Bao

含Ti高炉渣冷却及析晶过程中电导率的变化

Variation of conductivity and crystallization of perovskite ( catio_3 ) during the cooling process of Ti-bearing blast furnace slag

含TiO2高炉渣对Sialon结合SiC材料的侵蚀行为

Corrosion behavior of TiO_2 bearing blast furnace slag to Sialon bonded SiC refractories

配料组成对含钛高炉渣合成TiN/（Ca，Mg）α-sialon粉的影响

Effects of initial compositions on tin / ( ca , mg ) α - sialon powders synthesized from titanium-bearing blast furnace slag

介绍X射线荧光光谱法采用粉末压片的制样方式测定高炉渣中的Al2O3的分析方法。

An X-Ray fluorimetric method , using pressed powder samples , for determining Al_2O_3 in blast furnace slag was described .

通过改变二元碱度R和MgO的含量，探讨在高Al2O3情况下高炉渣的最优配比。

Was tested . The optimum matching in case of high Al_2O_3 was investigated by changing basicity and MgO content .

实验考察了含TiO2高炉渣对Sialon结合SiC耐火材料的侵蚀行为。

The corrosion behavior of TiO 2 bearing blast furnace slag to Sialon bonded SiC refractories was investigated .

对湘钢高Al2O3高炉渣的粘度进行了测试。

The viscosity of BF slag with high Al_2O_ ( 3 ) content at Xiangtan Iron and Steel Corp.

攀钢高炉渣熔融还原碳化TiO2半工业试验研究

Pilot test of carbonization of the molten blast furnace tio_2 slag at Panzhihua Iron and Steel Company

结果表明，适当提高高炉渣中MgO含量，炉渣粘度下降，流动性改善，稳定性提高。

The results indicate that appropriate increase of MgO content in the slag can improve slag fluidity and stability .

通过扫描电子显微技术、X射线能谱分析、X射线物相分析和图像分析等手段，对氧化前的含钛高炉渣及其氧化改性后渣的形貌像进行分析。

The morphologies of the Ti-bearing slag before and after oxidation / modification were analyzed by means of SEM , XRD , X-ray spectrum and back scattered image analysis .

含钛高炉渣，是冶炼钒钛磁铁矿产生的高炉渣。TiO2约占23-25%，主要分布于钙钛矿、富钛透辉石和攀钛透辉石中。

The blast furnace slag containing about 25 % TiC > 2 are produced by smelting V-Ti bearing magnetite .

氮掺杂TiO2光催化剂的制备研究进展硫掺杂含钛高炉渣光催化剂性能研究

Progress in Synthesis of Nitrogen-doped Titanium Dioxide Photocatalysts Investigation on photocatalytic activity of S doped titania-bearing blast furnace slag

研究在高Al2O3炉渣条件下的高炉渣主要成分、碱度等对硫分配比性能的影响。

The influence of principal constituents and alkalinity of slags on sulfur distribution under the high Al_2O_3 slag condition is studied .

含钛高炉渣中CaO和MnO对钙钛矿结晶的影响

Effects of CaO and MnO on the Crystallization of the Perovskite Phase in the Ti-Bearing Blast Furnace Slag

结果表明，高钛型高炉渣的变稠还与钛氧化物还原生成的TiC、TiN数量有关。

The results show that the thickening of titanium slag has relationship with the amount of TiC , TiN , which was reduced from titania .

试验结果表明，含钛高炉渣中配加适量的添加剂能抑制（TiO2）的还原，降低钛渣粘度，改善钛渣的起泡性能。

The results show that a certain amount of additions can restrain TiO2 reduction , decrease the slag viscosity and improve the foaming phenomenon of the slag .

实验发现，还原状态有利于黑钛石的结晶，工业现场渣尤其是在现场渣中加入P2O5对黑钛石的结晶及其晶体生长非常有利，为含钛高炉渣的综合利用奠定了基础。

Adding reductant and P_2O_5 into the slag can increase the quantity of crystallization of anosovite . These results will provide a theoretical basis for the comprehensive utilization of blast furnace slag containing Titanium .