价值工程
價值工程
개치공정
VALUE ENGINEERING
2014年
2期
288-289,290
,共3页
分级尾砂%脱水速度%尾砂级配%渗透系数
分級尾砂%脫水速度%尾砂級配%滲透繫數
분급미사%탈수속도%미사급배%삼투계수
classed tailings%the speed of dehydration%tailings gradation%coefficient of permeability
目前,采用全尾砂充填脱水速度慢,且容易堵塞渗透管等不利原因,在矿山充填往往采用分级尾砂。由于分级尾砂的渗透性对脱水速度等性能有直接的影响,因此从理论分析了尾砂的级配与渗透率的关系,并通过试验得到了对矿山较为有利的尾砂级配作为充填料。
目前,採用全尾砂充填脫水速度慢,且容易堵塞滲透管等不利原因,在礦山充填往往採用分級尾砂。由于分級尾砂的滲透性對脫水速度等性能有直接的影響,因此從理論分析瞭尾砂的級配與滲透率的關繫,併通過試驗得到瞭對礦山較為有利的尾砂級配作為充填料。
목전,채용전미사충전탈수속도만,차용역도새삼투관등불리원인,재광산충전왕왕채용분급미사。유우분급미사적삼투성대탈수속도등성능유직접적영향,인차종이론분석료미사적급배여삼투솔적관계,병통과시험득도료대광산교위유리적미사급배작위충전료。
Currently, due to the unclassified tailings dehydration slow, and easy to plug penetration tube, and so on, the mine are often used classification tailings. Since the permeability of tailings grading has a direct impact on the performance of the dehydration speed, analysis of the relationship between the tailings gradation and permeability, and get more favorable grading as a filling material for mine by experiments.