三维六向编织预成型件中纱线的交织结构

采用控制体积单元法系统地研究了三维六向预成型件的纱线交织结构，识别了预成型件的内部和表面单胞模型，并在实验研究的基础上确立了编织结构参数之间的关系，计算了纤维体积含量．研究结果表明，理论预测结果与实验数据吻合较好.     

Preparation of QTi4.3-4Graghite Composite by Semi-solid Casting Technology

The electromagnetic-mechanical stirring technology was employed for preparing QTi4.3-4 graghite composite slurry,and QTi4.3-4 graghite composite with uniform distribution of graphite particles was prepared uring the semi-solid casting technology successfully.The structure of this QTi4.3-4graphite composite was studied and the condition for uniform distribution of graphite particles was got.The experimental results show that there exists a linear relationship between the solid fraction and the stirring temperature of QTi4.3-4graphite slurry.With the decreasing of stirring temperature,the solid fraction of QTi4.3-4 graghite slurry increases constantly.In casting,with the increasing of solid fraction of QTi4.3-4 graphite slurry.the agglomeration of graphite particles is removed gradually.When the solid fraction is higher than 40%,graphite particles can distribute evenly in QTi4.3-4 graghite composite.     

邯钢优化燃料粒级的分析及实践

分析了燃料粒度对烧结生产的作用及其影响燃料粒级优化的3种主要因素;并结合生产实践,提出了改进措施.措施实施后,燃料成品粒级波动减小,燃料消耗降低,烧结矿质量提高.     

萘油馏分合成水煤浆分散剂的试验研究

用高温煤焦油中的萘油馏分作为原料合成了水煤浆分散剂，采用正交试验法，考察了磺化剂用量、磺化时间、缩合剂用量以及缩合时间对分散剂性能的影响。结果表明，缩合剂用量影响最显著，磺化时间次之，缩合时间影响最小，最佳合成条件为：在75g的萘油馏分中，加入磺化剂30mL，在160℃下磺化2h，加入缩合剂25mL，在105℃下缩合1.5h。     

全遥控式原油水的质量分数监测仪

我国石油化工行业原油各生产加工环节的水的质量分数计量主要是靠原始的蒸馏化验方法来完成。介绍了一种先进的全遥控式原油水的质量分数监测仪,说明了其主要工作原理,提出了关键问题的解决办法,给出了全遥控式测量仪器的应用实例。     

火电厂中一次风煤粉浓度测量技术分析

火电厂中一次风煤粉浓度测量直接关系到锅炉燃烧工况的组织，通过分析一次风煤粉浓度的测量技术．并从电厂实用角度出发推荐选用热力学方法，提出了应用该方法测量时常见的技术难题及解决措施。     

加筋复合高铬铸铁的研究

论述了加筋复合高铬铸铁中钢筋与高铬铸铁的结合机理，钢筋体积分数Ｖｒ对界面结合强度、机械性能的影响及热处理对复合材料性能的影响．试验结果表明：高铬白口铁加筋复合后强韧化效果非常明显．钢筋体积分数Ｖｒ为１１％～１３％时，复合高铬铸铁的抗弯强度达到最大值，而且加筋复合高铬铸铁的αｋ值是单一高铬铸铁αｋ值的４～９倍．     

摩擦材料中热传导模型的建立及分析

通过建立摩擦材料的传热学模型，研究摩擦材料在使用时的温度分布，克服了摩擦材料实际使用时温度分布难以实测的矛盾，并用该传热学模型分析了所研制的摩擦材料实例。     

缩短全精馏提氩设备调试投产时间的操作

简介粗氩塔投运条件 ,主塔工况对粗氩塔的影响与调整 ,粗氩塔的调整与投运     

Micromechanical Coupled Study of Crack Growth Initiation Criterion in Pressure Vessel Steel

We present results of the combined design-theoretical investigation of the mechanism of crack growth at the onset of ductile fracture of NPP reactor pressure vessels. Micromechanical approach to the prediction of ductile fracture has been applied, according to which the volume fraction of voids in the deformed material is determined by the finite-element method. On the basis of CT-specimen tests and known damage parameters, determined for smooth spherical specimens, we propose a micromechanical criterion of crack growth initiation for ductile fracture.