鲍店煤矿供电安全监测及管理系统的开发

兖矿集团鲍店煤矿应用ＡＵＴＯＣＡＤ、网络技术对分散的供电系统进行改造,实现了采区变电所电网状态及绝缘监测。在地面建立机电管理网,将地面３５ｋＶ 微机监测纳入矿ＷＩＮＤＯＷＳＮＴ 网络,实现了全矿井上下变电所的微机监测和管理,并对井下在线监测做了有益的探索。     

控制张紧力,延长钢丝绳芯胶带使用寿命

钢丝绳芯胶带是一种优质高效的运输带 ,影响它使用寿命的因素很多。本文重点介绍了张紧力对钢丝绳芯胶带的影响 ,阐述了实际工作中如何及时调节张紧力 ,并提供了几种调整张紧力的方法。     

Prioritization methodology of dangerous substances for water quality monitoring with scarce data

Monitoring and control of dangerous substances discharged into receiving waters have attracted more attention lately. Since it is not possible to analyze every single substance, a prioritization methodology is needed for the selection of those to be monitored. Existing well-developed models require significant amount of data for reliable outcomes. This paper presents a methodology to prioritize the dangerous substances having adverse effects on freshwaters in Turkey, where data are scarce. Such a methodology will also serve as a solid model for other countries with limited background data. The adopted methodology enabled the elimination of chemicals to generate a candidate list composed of 608 substances among more than 5000 substances. Further screening and prioritization were conducted using different assessment methods (i.e., Total Hazard Value, Total Impact Value, Combined Monitoring-based, and Modelling-based Priority Setting) to obtain a proposed Final Candidate Specific Pollutants List of 150 dangerous substances. The proposed Candidate National Pollutant List of Turkey was established by combining 45 priority pollutants of the European Union with a list of candidate specific pollutants. According to the outcomes of this study, monitoring and controlling of 195 dangerous substances in freshwaters are recommended. Further detailed studies should be conducted in order to observe the actual levels of these dangerous substances in freshwaters followed by a review of the monitoring list accordingly. Moreover, further revisions might be required in the proposed list due to some possible versatile conditions in terms of sampling points (i.e., change in the location of industries).     

水相析晶点对乳化炸药稳定性的影响

文章采用对乳化炸药水相析晶点的测定方法，研究了制备乳化炸药的几种水相析晶点对其稳定性的影响t最后得出了相应的结论。结果表明乳化炸药水相析晶点越低，乳化炸药越稳定，基质水溶值也越小；经16次高低温循环，乳化炸药的殉爆距离仍达到20mm。     

二氧化锰活化工艺探索

本文以“EMD电解液+少量NaClO_3和含铝聚氯化物”为介质的活化体系为基础,试验并确定活化MnO_2的工艺条件。     

深井破碎围岩条件下煤巷锚杆构件合理配套

基于徐州矿区张小楼井24302工作面运输平巷的地质条件，在深井破碎围岩条件下进行了煤巷锚杆支护试验，介绍了锚网带索支护技术参数和不同构件配合支护的巷道矿压显现．根据顶板锚杆螺母撕裂和穿过托板与钢带导致的锚杆支护失效问题，在实验室完成了锚杆、托板、钢带和螺母等支护构件配合的力学性能试验．试验表明：直径20mm的螺纹钢锚杆杆体性能稳定，破断载荷均在186kN，杆体和螺母的螺纹配合完好，顶圆底四方螺母能与托板和钢带很好地配合，外接圆直径为38mm的六方螺母与托板和钢带不能很好地配合．深井高应力破碎围岩条件对锚杆支护系统中的锚杆、锚固剂、托板、钢带和螺母等构件的力学性能配合要求高，它们的力学性能应基于锚杆的破断力合理配套．     

港口湾水库移民安置实践及建议

本文从港口湾水库移民实例出发,总结和讨论了水库移民需要注意的几个问题,希望对新时期的水库移民工作有些启示和参考作用.     

煤巷锚杆支护技术在沿空掘巷中的应用

石台煤矿在2318工作面试用沿空掘巷技术、实践证明，在该矿现有的地质条件下采用沿空掘巷技术是安全可行的，从而减少了煤炭损失。