高炉钛渣,blast furnace slag bearing titania
1)blast furnace slag bearing titania高炉钛渣
1.Analysis of carbothermal reduction of TiO_2 and extraction of titanium carbonitride from theblast furnace slag bearing titania;TiO_2碳热还原与高炉钛渣提取碳氮化钛分析
英文短句/例句
1.Mechanism of Increasing Concrete Strength by Titanium Contained Blast Furnace Slag高炉钛渣提高混凝土强度的作用机理
2.Study on Separating Titanium from the High Titania Bearing Blast Furnace Slag of Pangang;攀钢高钛型高炉渣渣钛分离试验研究
3.Study on Some Physical Chemistry Problems of Blast Furnace Slag-Bearing Titania;含钛高炉渣的若干物理化学问题研究
4.Study on Physical Chemistry Characteristic Properties of Blast Furnace Slag Bearing Titania含钛高炉渣物理化学特性的实验研究
5.Investigation on photocatalytic activity of S doped titania-bearing blast furnace slag硫掺杂含钛高炉渣光催化剂性能研究
6.Investigation of Preparing Titanium Carbonitride from Titanium-bearing Blast Furnace Slag and Its Application;含钛高炉渣制取碳氮化钛的研究及其应用
7.Factors Influencing the Acidolysis Ratio of Titanium Extraction from Titanium-bearing Blast Furnace Slag含钛高炉渣钛提取中酸解率影响因素的研究
8.blast-furnace cinder高炉矿渣, 鼓风炉炉渣
9.Study on High-temperature Carbonization and Low-temperature Chlorination on Modified Titanium Bearing Blast Furnace Slag改性含钛高炉渣高温碳化低温氯化的研究
10.Experiment reseach on flexural performance of RC beam by high titanium blast furnance slag高钛高炉渣钢筋混凝土梁正截面强度试验研究
11.Photocatalytic Degradation of Methylene Blue with Blast Furnace Slag Containing Titania含钛高炉渣催化剂光催化降解亚甲基蓝
12.A Heuristic View about Resource Recovery of Titania-Bearing Blast Furnace Slags;含钛高炉渣再资源化的一个启发性观点
13.Study on Blasting Process and Phase Precipitation in Titania Bearing Molten Slag;含钛高炉熔渣吹炼过程及析出相的研究
14.Study on the Utilization of PSTC Blast Furnace Slag and Synthesis of Titanium Phosphate;攀钢高炉渣综合利用及磷酸钛的制备研究
15.Study on Rheological Characteristics and Foaming Behavior of Blast Furnace Slag Bearing Titania;含钛高炉渣的流变特性及其泡沫化的研究
16.Separation the Titanium Carbonitride from Modified Titanium-bearing Blast Furnace Slag on Magnetic Separation and Flotation;碳氮化处理攀钢含钛高炉渣及其分选研究
17.Photocatalytic Reduction Cr(Ⅵ) in Water by Sulfur-doped Titania-bearing Blast Funace Slag Responded to Visible Light硫掺杂含钛高炉渣可见光降解Cr(Ⅵ)性质的研究
18.Study of Preparation of Vanadium Oxide Modified Titanium-bearingBlast Furnace Slag and Its Antibacterial Activity to Mildew含钛高炉渣光催化料对霉菌的抗菌性能研究
相关短句/例句
high titanium-bearing slag高钛高炉渣
1.According to mineral characteristics and phase structure ofhigh titanium-bearing slag,research progress on comprehensive utilization of thehigh titanium-bearing slag is reviewed.从高钛高炉渣的特性和矿物相结构出发,回顾了高钛高炉渣综合利用的研究进展,提出高值利用高钛高炉渣的六个原则,指出高温碳化低温选择性氯化、等离子熔融还原提钛、冶金改性选择性析出分离是今后利用高钛高炉渣的方向。
3)titanium-bearing blast furnace slag含钛高炉渣
1.Development of study on comprehensive utilization oftitanium-bearing blast furnace slag;含钛高炉渣综合利用研究的进展
2.Synthesis of (Ca, Mg) α′-Sialon-AlN-TiN powders fromtitanium-bearing blast furnace slag;含钛高炉渣合成(Ca,Mg)α′-Sialon-AlN-TiN粉末
3.Preliminary study of synthesis compound fertilizer fromtitanium-bearing blast furnace slag由含钛高炉渣合成复合肥初探
4)Ti-bearing blast furnace slag含钛高炉渣
1.Green separation technique of Ti component fromTi-bearing blast furnace slag;含钛高炉渣中钛组分的绿色分离技术
2.The significance and present research state of comprehensively utilizingTi-bearing blast furnace slag are overviewed.对含钛高炉渣综合利用意义、研究现状进行了概述,分析了含钛高炉渣利用过程中存在的主要问题。
3.Modifying the phase structure ofTi-bearing blast furnace slag by using physical chemistry method is the key to utilization ofTi-bearing blast furnace slag;Back scattered image,X-ray energy spectrum analysis and X-ray diffraction analysis of the raw slag and modified slag were carried out.改变含钛高炉渣中矿相组成的研究是含钛高炉渣综合利用的关键;通过背散射电子形貌像、X射线能谱分析和X射线物相分析等手段,对氧化前的含钛高炉渣及其氧化改性后的渣样进行分析,表明氧化后渣中含钛相的形貌、成分和相结构等发生变化;钛的赋存状态也发生相应的改变。
5)slag containing vanadium and titanium钒钛高炉渣
1.Study on the determination of metal iron inslag containing vanadium and titanium by iodine-alcohol dissolution;碘-乙醇分离钒钛高炉渣中金属铁的研究
6)Rich titanium blast furnace slag富钛高炉渣
延伸阅读
高炉泡沫渣高炉泡沫渣the foaming slag of blast furnace一定值后会有大量气体以气泡形式分散于渣中使炉渣的体积膨胀‘这种炉渣即为泡沫渣，它是特殊矿冶炼高炉造渣的一个重要问题。泡沫渣的产生将造成高炉生产过程渣铁出不尽，料柱透气性恶化，风口易挂渣，给高炉炉况顺行和强化带来困难。当炉渣进入渣罐后由于其体积膨大使渣罐利用率降低，甚至从渣罐上部溢出，造成事故。泡沫渣的形成有两个条件，一是有大量的分散气体生成，二是炉渣性能使分散气体稳定存在，从而使渣中气体量不断增加。在钒铁磁铁矿的高炉冶炼中，高炉下部有较多的Feo、TIO:等氧化物从渣中还原，从而产生大量CO气体。同时，高钦型高炉渣表面吸附，富集的活性物质比普通渣高得多。表面活性物.的存在使液膜的表面私度比体积豁度高，从而阻碍了排气速度，延长了泡沫的寿命。表面活性物的存在又使炉渣表面张力大大下降，造成渣内分散气泡合并上浮困难，使气泡更稳定，从而形成泡沫渣。解决泡沫渣间题的办法是采用一切手段提高渣中“氧势”，抑制TIOZ还原，减少Ti(C、N)等胶质微粒的生成，也即减少表面吸附的活性物质量，从而阻止泡沫形成。goolu Paomozha高炉泡沫渣(the foaming、lag。f blast fur-nace)高炉冶炼钒钦磁铁矿时，炉渣中Tio。高达
