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Understand and predict Fe(III)-promoted oxidation of abandoned sulfidic mine ...

B2FIND2026-04-25 收录

矿山尾矿氧化

酸性矿山排水预测

数据链接：

https://b2find.eudat.eu/dataset/56a8b6c4-bd13-59df-bdf3-cd2d04584d00 数据链接链接失效反馈

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资源简介：

Reclamation of abandoned sulfidic mine tailings is challenging because these tailings, typically weathered under oxic conditions for decades, generate acid mine drainage (AMD)...

应用场景：

酸性矿山排水预测

矿山废物静态测试

This dataset results from a study that aims to evaluate the differences in using two concentrations of hydrogen peroxide in a static test for the generation of acid mine drainage (AMD) prediction. In

NIAID Data Ecosystem50

Understand and predict Fe(III)-promoted oxidation of abandoned sulfidic mine tailings

酸性矿山排水预测

尾矿地球化学

Reclamation of abandoned sulfidic mine tailings is challenging because these tailings, typically weathered under oxic conditions for decades, generate acid mine drainage (AMD) even after covering with

ESRF Portal2024-01-01 更新10

AMD - pH prediction map from the Outokumpu area - Alimmainen Hautalampi water body - Outcome from S34I project

酸性矿山排水预测

水质监测

Outokumpu area. Alimmainen Hautalampi water body is an artificial pond used for clearing the waters from the historical mining area. pH prediction analysis has been applied. Metadata Information

Zenodo2025-06-27 更新00

A Dataset on Static Test using 7.5% and 15% of Hydrogen Peroxide for Acid Mine Drainage Prediction

酸性矿山排水预测

硫化物矿物氧化测试

This dataset results from a study that aims to evaluate the differences in using two concentrations of hydrogen peroxide in a static test for the generation of acid mine drainage (AMD) prediction. In

Mendeley Data30

A Dataset on Static Test using 7.5% and 15% of Hydrogen Peroxide for Acid Mine Drainage Prediction

酸性矿山排水预测

静态测试（NAG）

This dataset results from a study that aims to evaluate the differences in using two concentrations of hydrogen peroxide in a static test for the generation of acid mine drainage (AMD) prediction. In

Mendeley Data10

Understand and predict Fe(III)-promoted oxidation of abandoned sulfidic mine ...

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