硅锰合金

硅锰合金生产中配加结晶硅渣的冶炼效果

Smelting results of adding crystalline white slime in producing SiMn

本文通过热力学分析建立了猛铁及硅锰合金过程的热力学平衡关系框架，其中最重要的概念是体系中存在着完全平衡和部分平衡。

Abstract By thermodynamic analysis , a framework of thermodynamic equilibrium relations in FeMn and SiMn process . Of which , the most important concept is that there are the complete equilibrium and the partial equilibrium .

熔融法在X荧光分析硅锰合金中的应用

Application of the Melting Method to Si - Mn Alloy 's XRF

X射线荧光光谱法对硅锰合金中多元素的同时分析

Simultaneous Analysis of Multi-element in Si-Mn Alloys with X-rays fluorimetry

Cr含量对铬硅锰合金耐磨铸铁性能的影响

Effect of Cr Content on Properties of Cr-Si-Mn Alloy Wear Resistance Cast Iron

ICP-AES法测定硅锰合金中的硅

Determination of the Silicon in Silicon-manganese Alloy by ICP-AES Method

用低Mn／Al2O3值锰矿以高铝渣生产硅锰合金的探讨

Discussion on producing Mn Si alloy with manganese ore of low Mn / al_2o_3 , value and high-aluminium slag

X射线荧光光谱法测定硅锰合金用总量X荧光法勘查铜矿

XRF spectrometry of silicomanganese ferroalloy using pressed disc sampling of the sample powder The total content X-ray fluorescence method for prospecting copper deposits

在长期冶炼硅锰合金实践的基础上，探讨了SiO2还原过程的热力学行为；

On the basis of the long practice of smelting the alloy of silicon and manganese the thermodynamics behavior in the process of the reduction of silicon dioxide is probed into .

此工艺可使低硅硅锰合金的降碳率达63%，合金成分均匀、含Mn量高，且工艺操作简便、技术可行、经济有利。

By this new process , the carbon decreasing rate in low-Si SiMn can reach 63 % , components in alloy are well-distributed with high Mn content and also the operation of process ie simple with workable technology and beneficial economy .

讨论了硅锰合金氧化脱磷的热力学条件，用硅钼棒炉，CaOSiO2MnoCaF2渣系对硅锰合金进行了氧化脱磷实验，取得了较高的脱磷率和脱硫率。

[ synopsis ] The thermodynamic conditions are discussed for dephosphorization of silicon manganese by selective oxidization and high rates of dephosphorization and desulphurization have been achieved in the experiments in dephosphorizing silicon manganese by oxidization method using CaOSiO_2 MnO CaF_2slag system as oxidizer in a Si Mo bar furnace .

钢包脱氧渣做熔剂冶炼硅锰合金的探索

Research of Ladle Deoxidized Slag Used as Flux to Make Silicon-manganese

低品位锰矿冶炼硅锰合金的实验研究

Test Study on smelting silicomanganese in low grade manganese ore

硅锰合金选择性氧化脱磷的研究

Study on the dephosphorization of silicon manganese by selective oxidization

酸分解试样氟硅酸钾容量法测定硅锰合金中的硅

Determination of Silicon in Mn-Si Alloy by Potassium Fluosilicate with acid-dissolving Samples

方法具有较高选择性，简捷、快速、准确，已实用于锰铁中磷的测定，此方法还可应用于硅锰合金中磷的测定，获得令人满意的效果。

The method was applied to the determination of phosphorus in ferromanganese satisfactorily .

红外吸收法测定硅锰合金中碳、硫

Determination of carbon and sulfur in silicomanganese alloy by high frequency-infrared absorption method

提出了控制硅锰合金含硫量的具体措施。

The specific measures of controlling sulphur 's content are also be presented .

二氧化硅在硅锰合金冶炼中的热力学行为

Thermodynamics behavior of silicon dioxide in smelting the alloy of silicon and manganese

试验表明，将煤用于硅锰合金的生产是可行的。

The test shows that it is feasible to produce MuSt alloy with coal .

硅锰合金中磷的测定

Phosphorus Measurement in the Silicon Manganese Compound Metal

硅锰合金中铝的分光光度法分析

Determination of Aluminum in Silico-manganese by Spectrophotometric Method

低硅硅锰合金的降碳探讨

Study on decreasing carbon content in low-Si SILICOMANGANESE

硅锰合金含硫量的控制

Sulphur content 's controlling of Mn-Si alloy

硅锰合金的X-射线荧光分析

Analysis of silicomanganese alloy by X-Ray

硅锰合金电炉烟气干法净化煤气回收的设计与分析

The design and analysis of flue gas dry cleaning and gas recovering in silicon-manganese alloy electric furnace

硅锰合金化奥贝球铁的热处理工艺研究

Study on Heat Treatment Process of Austenite - Bainite Spheroidal Graphite Iron Alloyed with Silicon and Manganese

用锰铁渣和废碎玻璃制备泡沫玻璃的工艺研究钢包脱氧渣做熔剂冶炼硅锰合金的探索

Preparation of foam glass from ferromanganese slag and waste glass Research of Ladle Deoxidized Slag Used as Flux to Make Silicon-manganese

利用炼钢炉尘制备氧化铁脱硫剂的研究钢包脱氧渣做熔剂冶炼硅锰合金的探索

THE RESEARCH ON PREPARATION OF IRON-OXIDE DESULFURIZER FROM STEEL-MAKING DUST Research of Ladle Deoxidized Slag Used as Flux to Make Silicon-manganese

系统阐述了入炉锰矿品位对硅锰合金产量、锰回收率、成本、利润的影响。

This article systematically expounds effects of charged manganese ore grade upon Si-Mn alloy output , manganese recovery , costs and profits .