碱性渣
- 网络basic slag;CaO
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碱性渣系气体保护药芯焊丝立向上焊接工艺
Vertical-up welding procedure for gas shielded flux cored wire of basic slag system
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研究了用于T91钢管打底焊的碱性渣系药芯焊丝。
Basic flux-cored wire for backing weld to T91 tube was studied in this paper .
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从高强度低合金钢(HSLA)焊缝熔敷金属中的针状铁素体形核机理出发,确定以CaF2-MgO-Al2O3-MnO-TiO2-B2O3氟碱性渣系进行高强韧性埋弧焊烧结焊剂设计。
Through analyzing acicular ferrite nucleating mechanism in the weld metal of the high strength low-alloy structural steel ( HSLA ), a submerged arc welding agglomerated flux with the CaF_2-MgO-Al_2O_3-MnO-TiO_2-B_2O_3 fluorine was developed by using alkali flux system .
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1600℃高碱性渣与钢液间磷的分配比
Phosphorus distribution ratio between highly basic CaO-Fe_tO based slags and molten steel at 1600 ℃
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结果表明:该尾渣为碱性渣,钛主要以钙钛矿形式存在。
The results are showed that : the residue is the alkaline tailings , it is mainly in the perovskite titanium form .
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含TiO2碱性炼钢渣发泡性能的研究
Research on Foaming Property about Basic TiO_2 Slag Used for Steelmaking
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由碱性铁矿渣制备Mg(OH)2乳浊液脱硫剂是一种投资省、运行费用低、脱硫效率高、以废治废的烟气脱硫新技术。
Research results indicated that Mg ( OH ) _2-based absorbent is a new FGD technology with investment-saving , low cost , high desulfurization efficiency and recycled method .
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炉外精炼的碱性白渣应用及开发
Application and development of basic white slag in refining furnace
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粉煤灰、粒化碱性高炉渣、硅粉的可互补性和协合研究
A study on synthetic activity of mixture of fly ash , grained basic slag and silica fume
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大量冶炼COREX亡渣的堆积出无仅占用大量的土地,呈碱性的COREX渣还会通功渗漏而闭于地上火造败净化。
Masses of alkaline COREX slag not only occupy great amounts of land , but also pollute the groundwater through leakage .
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大部分熔渣呈碱性.溶渣中可溶性硅含量在8.9~134.3g/kg,且以铁渣,铬渣含量较高,可以供施给缺硅或高氮的土壤。
The soluble Si in the scoria especially the dross and Cr-contained scoria amounts from 8.9 ~ 134.3 g / kg , which can be applied to the Si-lacked soil or high-nitrogened soil .
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确定了以MgO为主要成分的MgO型气保护碱性药芯焊丝渣系。
A MgO type for slag-system basic gas shielded flux-cored wire is designed , in which MgO is the main constituent .
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碱性炉衬的粘渣,使中频炉冶炼时间延长,吨钢电耗增加,炉衬寿命缩短。
The slag sticking of basic lining of medium frequency furnace makes melting time and specific electric consumption be increased , lining life shortened .