宝钢的生产发展及对耐材的要求

宝钢在建的三期工程和三期后的改造、配套项目，采用了许多新技术，与此相应对所使用的耐火材料在品种和质量上也提出了许多新要求。     

Fungal pretreatment of sulfides in refractory gold ores

This study assessed the capability of the fungus, Phanerochaete chrysosporium, to decompose pyrite, arsenopyrite and a sulfide-containing flotation concentrate in an effort to develop a microbial process for pretreating refractory gold ores. The extent of biotransformation was monitored by analyzing for iron, sulfur and arsenic in incubation solutions, and for sulfide sulfur in the residual solids. The results were then expressed as percentages of the initial weights. For arsenopyrite, 1.5 wt.%, 7.2 wt.% and 10.3 wt.% of iron, arsenic and sulfur respectively were present as soluble constituents in the incubation solution within 21 days of fungal treatment, whereas for pyrite, there was 1.2 wt.% iron and 6.0 wt.% sulfur. For the same processing period in the case of the flotation concentrate, 1.8 wt.%, 6.1 wt.% and 10.7 wt.% respectively of iron, arsenic and sulfur remained in solution. Overall, the decomposition of sulfide sulfur in the samples was 15 wt.%, 35 wt.% and 57 wt.% respectively for pyrite, arsenopyrite and the flotation concentrate. Changes in sulfide sulfur concentration and the formation of oxide phases during fungal treatment were confirmed using Raman spectroscopy and X-ray diffraction analysis. These results suggest that P. chrysosporium is a potential microorganism for oxidative decomposition of metal sulfides associated with refractory gold ores.     

高耐热强度低合金耐火H型钢的研究

在试验室50kg真空感应炉冶炼了低碳低合金化耐火H型钢。结果表明，成分为（%）；0.11C,1.30Mn,0.45Cr,0.48Mo,0.026Nb耐火H型钢的600℃σ8可达306MPa，并具有良好的室温综合机械性能。     

Prospect of Refractory for Hot Metal Pretreatment

The paper describes the recent developing situation and the latest research achievements of refractory for hot metal pretreatment. The relationship among desiliconization, dephosphorization and desulphurization techniques and the main corrosion reactions by various treating agents is analyzed. Some improving measures for several problems in practice are put forward while we anticipate the future developing direction of refractory for hot metal pretreatment.     

硫化氢燃烧炉炉衬破坏原因分析及改进办法

分析了硫化氢燃烧炉炉衬发生衬体坍塌、熔化等破坏的原因,提出了改进耐火砖材质和尺寸、使用不定型耐火材料浇注炉衬等方案,确保炉壁不超温,装置安全运行。     

浅谈耐火纤维喷涂技术及应用

阐述了耐火纤维的应用和发展状况，以及耐火纤维喷涂的实际应用，并提出了设计和施工中应注意的问题及技术要求。     

难熔金属及硅化物薄膜特性研究

对难熔金属及其硅化物的形成、特性进行了研究。采用溅射难熔金属、热硅化反应的方法，解决了ＶＬＳＩ工艺中由于ＭＯＳ电路图形尺寸缩小带来的栅电阻增大的问题；采用硅化物阻挡层和Ａ１多层金属布线方法，解决了欧姆接触和铝的电迁移问题。     

用石硫合剂（LSSS）法从高铅金精矿浸出金

石硫合剂法是最新的无氰提金技术。石硫合剂法浸金机理是：电化学──催化机理。本文对石硫合剂法浸出高铅顽固金精矿样的工艺研究表明：石硫合剂法对顽固金精矿的适应性良好，采取二段浸出工艺，金浸出率可达９９％，为国内外大量顽固金矿的开发利用提供了条件和可能途径。