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矿井生产的安全性、经济性和稳定性主要是由矿井排水系统的可靠性和有效性决定的。这本身就决定了要对矿井排水主要参数计算和排水设备选择提出高要求,尤其是在编制强烈充水矿床深部水平的开采设计时更是如此。在复杂的水文地质和采矿技术条件下矿井排水设计方案的实施投资较高,而且其作用十分重要,因此必须在计算技术基础上通过多方案优化精心编制排水设计。在国家镍工业研究设计院编制了程序包,该程序包可用在 EC 型电子计算机上进行各
The safety, economy and stability of mine production are mainly determined by the reliability and effectiveness of mine drainage system. This in itself dictates that high demands are placed on the calculation of the main parameters of mine drainage and on the choice of drainage equipment, especially in the design of deep-water mining designs with intense water-filled deposits. Under the conditions of complex hydrogeology and mining technology, mine drainage design scheme has a high investment and its role is very important. Therefore, drainage design must be elaborately designed through multi-program optimization based on computational technology. In the National Institute of Nickel Research and Preparation of the package, the package can be used in EC-type computer for each