加热炉水管包扎新材料应用研究

将耐火纤维制成高强度颗粒作为浇注料中的骨料,置换浇注料中天然骨料,把重质耐火浇注料和轻质隔热浇注料的优点集于一体,用于轧钢加热炉炉底水管包扎,其抗热稳定性高,保温效果好,减少了炉底水管带走的热量,同时也降低了因炉底水管形成的钢坯黑印。     

金的生物冶金发展

生物冶金是一种细菌作用与湿法冶金相结合的新工艺。生物氧化预处理工艺为难处理金矿提供了可持续发展路线。本文介绍了金的生物冶金原理;综述了国内外生物浸金的发展;并指出生物冶金研究和发展过程中亟待解决的问题。     

自适应神经模糊系统在托砖架最高温度预测中的应用

气流床气化炉在气化工业中得到了广泛应用，托砖架用于支撑气化炉耐火砖的重量，必须有足够的强度，温度是托砖架强度的重要影响因素。传统方法使用有限单元法计算，需要编制复杂的计算机程序。本文使用已有软件计算出托砖架最高温度点温度，对一个自适应神经模糊系统(ANFIS)进行训练，然后对未知数据进行预测，取得了准确的结果。     

Unknown disturbance inputs estimation based on a state functional observer design

We consider the problem of function of state plus unknown input estimation of a linear time-invariant system using only the measured outputs. Two reduced-order input estimators built upon a state functional observer are proposed. The first is an extension of a state/input estimator, while the second is based on adaptive observer design technique. The proposed estimator can be designed under less restrictive conditions than those of the previous work, and unlike some of the past studies the proposed observer can be designed for certain nonminimum phase systems.     

异步时序电路的功能测试自动生成方法

异步时序电路的测试一直是一个比较困难的问题。该文通过在前人研究的基础上，提出了一种实用、高效的自动测试生成方法。该方法通过使用基于OBDD(有序二元判决图)的布尔特征函数的运算求解来确定电路的状态转换图，然后通过对转换图的强连通图的搜索运算简化状态转换图，最后使用图论的方法求出测试序列。     

难处理硫化矿生物湿法冶金研究进展（Ⅰ）微生物氧化工艺技术研究

生物湿法冶金技术与传统矿业氧化工艺相比，成本低、无污染，具有广阔的工业应用前景。本文着重评述了国内外在浸矿微生物、培养基的优化、细菌的接种量、温度、酸度、矿石粒度、矿浆浓度、浸出液中As(Ⅲ)和As(Ⅴ)浓度等方面的研究进展。     

Legacy system program transformation by Lyee methodology

Based on the comparative review of several approaches to legacy system conversion and revitalization, the Lyee methodology application for the issue is presented to clarify its idea, the associated procedure, and the implemented tools. It could be said that with the tools and manual developed by ICBSM&T, the mechanical transformation of the conventional program to a Lyee-structured one becomes possible as long as the programs are made in a procedure-oriented language. In addition to the program structure conversion, the Lyee methodology permits people to choose any application language in the transformed program. At the same time, quite a new approach related to the system conversion is introduced, in which the chunk of data extracted from an old program is edited to make a new conventional structure program that has a logical sequence instead of a Lyee type of declarative program. These features can be realized through the concept of LyeeBELT, which is a set of word-information about the attributes, formulae, and conditions for an independent data item.

The overall workflow of the legacy program transformation is shown in the following.

A critical part in its implementation is the feasibility study (pre-analysis) stage where necessary information is supposed to be secured, and an appropriate plan and policy about the system to be revitalized in the new system environment should be clarified so as to customize the tools accordingly. If the initial process is completed, the mechanical legacy system conversion will be realized by registering the parameters in the tool, and the reestablishment of business knowledge in the LyeeBELT will be enabled. With the regulated business logic on the LyeeBELT, the program maintenance afterwards becomes drastically simplified and stable without the ‘spaghetti’ problem, so that software evolution can be possible.     

Al2O3-SiC-C质铁水罐整体浇注技术

在实际生产条件下,对铁水罐衬的耐火材料、铁水罐衬的砌筑工艺、烘烤制度进行了改进.结果表明,铁水罐采用耐火材料整体浇注比用砖砌筑的成本低、使用寿命长、周转效率高,满足了炼钢生产的需求.     

大线能量焊接耐火耐候建筑用钢的性能试验及应用研究

对武钢研制的大线能量焊接耐火耐候建筑用钢的力学性能、焊接性能与其典型应用进行了研究。试验结果表明：该钢具有优良的综合力学性能，在600℃温度下的屈服强度均高于其室温下屈服强度的2／3，完全满足建筑结构用钢耐火安全性的强度许用指标；该钢具有低的焊接冷裂纹敏感性，能承受大线能量(50～100kJ／cm)焊接；该钢在大型建筑应用中的实际效果良好。     

难熔金属单晶技术现状与展望

综述了当前难熔金属单晶制备的技术现状，介绍了难熔金属单晶技术进展，并对难熔金属合金单晶前景进行了展望。作者认为难熔金属单晶制备技术应沿着如下几个方面发展：进一步降低杂质元素特别是C元素的含量，提高单晶纯度水平；发展大规格、多品种的难熔金属单晶产品；进一步提高难熔金属合金单晶耐热性能和使用温度，研发出新的难熔金属合金单晶制备技术。