Mine Pit Lakes Characteristics, Predictive Modeling and Sustainability

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Mine Pit Lakes Characteristics, Predictive Modeling and Sustainability

机译：矿坑湖的特征，预测模型和可持续性

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How will these water resources be protected for future generations while the mining industry continues to meet society's growing demands for raw materials?

机译：在采矿业继续满足社会对原材料不断增长的需求的同时，如何为子孙后代保护这些水资源？

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《Mining Engineering》 |2009年第10期|p.62-62|共1页
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1. Geochemical modeling approach to predicting arsenic concentrations in a mine pit lake [J] . Tempel RN., Lechler P., Price J., Applied Geochemistry: Journal of the International Association of Geochemistry and Cosmochemistry . 2000,第4期

机译：地球化学建模方法预测矿坑湖中的砷浓度
2. Analytical method for predicting filling rates of mining pit lakes: example from the getchell mine, nevada [J] . L. Shevenell Mining Engineering . 2000,第3期

机译：预测矿坑湖填水率的分析方法：以内华达州格切尔矿为例
3. Probabilistic quantification of uncertainty in predicting mine pit-lake water quality [J] . Kempton J.H., Locke W. Mining Engineering . 2000,第10期

机译：预测矿坑湖水质不确定性的概率量化
4. Existing mine pit and natural lakes in northern Minnesota as predictors of total mercury concentration of a mine pit at closure [C] . C.J. Twaroski, L.I. Segroves International Conference on Mine Closure . 2011

机译：明尼苏达州北部现有的矿井和自然湖泊作为封闭矿井汞浓度总汞浓度的预测因素
5. Three-dimensional finite difference numerical model of the Getchell Mine and pit lakes, Humboldt County, Nevada: Comparison of modeled versus historical rates of pit filling and prediction of future pit filling rates. [D] . Pasternak, Kevin Isaac. 1999

机译：内华达州洪堡县Getchell矿山和矿井湖泊的三维有限差分数值模型：比较模型填充率和历史填充率以及预测未来填充率。
6. Aquatic Ecosystems of the Anthropocene: Limnology and Microbial Ecology of Mine Pit Lakes [O] . Melanie L. Blanchette, Mark A. Lund 2021

机译：人体水生生态系统：矿井湖泊湖泊学与微生物生态学
7. Hydrologic and Water Quality Modeling of the Pebble Mine Project Pit Lake and Downstream Environment after Mine Closure [O] . Ann Maest, Robert Prucha, Cameron Wobus 2020

机译：矿井矿井矿山坑湖与下游环境的水文和水质建模

Mine Pit Lakes Characteristics, Predictive Modeling and Sustainability

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