长春工程学院学报（自然科学版）
長春工程學院學報（自然科學版）
장춘공정학원학보（자연과학판）
JOURNAL OF CHANGCHUN INSTITUTE OF TECHNOLOGY(NATURAL SCIENCE EDITION)
2015年
1期
95-97
,共3页
非煤矿山%水土保持监测%监测内容%监测方法
非煤礦山%水土保持鑑測%鑑測內容%鑑測方法
비매광산%수토보지감측%감측내용%감측방법
non-coal mines%soil and water conservation monitoring%monitoring content%monitoring method
非煤矿山在生产建设过程中，其尾矿的排放与堆积使地面植被土壤损失严重，且堆积尾砂松散体固结力差，水蚀、重力侵蚀急剧增加。针对非煤矿山的特点，以建龙老金厂铁矿年产6万 t 矿石项目为例，制定水土保持监测设计的范围、监测点布设方案、项目监测内容及监测方法等，确定水土保持监测的重点。
非煤礦山在生產建設過程中，其尾礦的排放與堆積使地麵植被土壤損失嚴重，且堆積尾砂鬆散體固結力差，水蝕、重力侵蝕急劇增加。針對非煤礦山的特點，以建龍老金廠鐵礦年產6萬 t 礦石項目為例，製定水土保持鑑測設計的範圍、鑑測點佈設方案、項目鑑測內容及鑑測方法等，確定水土保持鑑測的重點。
비매광산재생산건설과정중，기미광적배방여퇴적사지면식피토양손실엄중，차퇴적미사송산체고결력차，수식、중력침식급극증가。침대비매광산적특점，이건룡로금엄철광년산6만 t 광석항목위례，제정수토보지감측설계적범위、감측점포설방안、항목감측내용급감측방법등，학정수토보지감측적중점。
In the process of production and building of the non-coal mines,the ground vegetation and soil are suffered serious by the emission and accumulation of tailing minerals,and the cohesive force of the loose tails accumulation is poor,the water erosion and gravitational erosion are increased dramatically.Aiming at the characteristics of non coal mines,taking a project with annual output of 60,000 t minerals in Jianlong Laojinchang iron ore as an example,the design of soil and water conservation monitoring scope,the scheme of monitoring points layout,the content of monitoring,and the methods of monitoring and so on have been made in this paper,in order to determine the focus of soil and water conservation monitoring.
