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Investigation on Effective Neutralization Process of Acid Mine Drainage Containing High Amount of Mn and Zn by Additions of δ-MnO2 Adsorbent and Oxidizing Agent
Investigation on Effective Neutralization Process of Acid Mine Drainage Containing High Amount of Mn and Zn by Additions of δ-MnO2 Adsorbent and Oxidizing Agent
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Investigation on Effective Neutralization Process of Acid Mine Drainage Containing High Amount of Mn and Zn by Additions of δ-MnO2 Adsorbent and Oxidizing Agent

FUCHIDA, Shigeshi ; TAJIMA, Shota ; TOKORO, Chiharu

Journal of MMIJ, 2022/11/30, Vol.138(11), pp.160-169

Tokyo: The Mining and Materials Processing Institute of Japan

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12
δ-MnO2 吸着剤およびNaClO 酸化剤を用いた高濃度Mn・Zn を含む酸性坑廃水の最適処理方法の検討
δ-MnO2 吸着剤およびNaClO 酸化剤を用いた高濃度Mn・Zn を含む酸性坑廃水の最適処理方法の検討
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δ-MnO2 吸着剤およびNaClO 酸化剤を用いた高濃度Mn・Zn を含む酸性坑廃水の最適処理方法の検討

淵田, 茂司 ; 田嶋, 翔太 ; 所, 千晴

Journal of MMIJ, 2022/11/30, Vol.138(11), pp.160-169

一般社団法人 資源・素材学会

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13
A Real-Time, Non-Invasive Technique for Visualizing the Effects of Acid Mine Drainage (AMD) on Soybean
A Real-Time, Non-Invasive Technique for Visualizing the Effects of Acid Mine Drainage (AMD) on Soybean
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A Real-Time, Non-Invasive Technique for Visualizing the Effects of Acid Mine Drainage (AMD) on Soybean

Li, Danyang ; Rajagopalan, Uma Maheswari ; Kadono, Hirofumi ; De Silva, Y. Sanath K.

Minerals (Basel), 2022-10, Vol.12 (10), p.1194 [Periódico revisado por pares]

Basel: MDPI AG

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14
Examination of Source Control Measures by Applying Groundwater Flow Analysis to Abandoned Mines in Japan: Case Study of the Old Matsuo Mine
Examination of Source Control Measures by Applying Groundwater Flow Analysis to Abandoned Mines in Japan: Case Study of the Old Matsuo Mine
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Examination of Source Control Measures by Applying Groundwater Flow Analysis to Abandoned Mines in Japan: Case Study of the Old Matsuo Mine

KAMEYAMA, Masayoshi ; TAWARA, Yasuhiro ; YOSHIDA, Takafumi ; MATSUURA, Taichi ; MIYAYOSHI, Sayako

Journal of MMIJ, 2022/07/28, Vol.138(7), pp.103-115

Tokyo: The Mining and Materials Processing Institute of Japan

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15
本邦休廃止鉱山における地下水流動解析を適用した発生源対策の検討: 旧松尾鉱山を例として
本邦休廃止鉱山における地下水流動解析を適用した発生源対策の検討: 旧松尾鉱山を例として
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本邦休廃止鉱山における地下水流動解析を適用した発生源対策の検討: 旧松尾鉱山を例として

亀山, 正義 ; 田原, 康博 ; 吉田, 堯史 ; 松浦, 太一 ; 宮吉, 紗綾子

Journal of MMIJ, 2022/07/28, Vol.138(7), pp.103-115

一般社団法人 資源・素材学会

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16
Examination of Source Control Measures by Applying Groundwater Flow Analysis to Abandoned Mines in Japan
Examination of Source Control Measures by Applying Groundwater Flow Analysis to Abandoned Mines in Japan
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Examination of Source Control Measures by Applying Groundwater Flow Analysis to Abandoned Mines in Japan

Masayoshi KAMEYAMA ; Yasuhiro TAWARA ; Takafumi YOSHIDA ; Taichi MATSUURA ; Sayako MIYAYOSHI

Journal of MMIJ, 2022-07, Vol.138 (7), p.103-115

The Mining and Materials Processing Institute of Japan

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17
Microbial diversity in extreme environments
Microbial diversity in extreme environments
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Microbial diversity in extreme environments

Shu, Wen-Sheng ; Huang, Li-Nan

Nature reviews. Microbiology, 2022-04, Vol.20 (4), p.219-235 [Periódico revisado por pares]

England: Nature Publishing Group

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18
Do Metal Concentrations at Water Quality Monitoring River Sites Downstream of Legacy Mines Meet Environmental Quality Standards If Untreated Mine Drainages Are Discharged?
Do Metal Concentrations at Water Quality Monitoring River Sites Downstream of Legacy Mines Meet Environmental Quality Standards If Untreated Mine Drainages Are Discharged?
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Do Metal Concentrations at Water Quality Monitoring River Sites Downstream of Legacy Mines Meet Environmental Quality Standards If Untreated Mine Drainages Are Discharged?

Yuichi IWASAKI ; Michihiro MURATA ; Tomoya KAWAGUCHI ; Shinji MATSUMOTO ; Tetsuo YASUTAKA

Journal of MMIJ, 2022-03, Vol.138 (3), p.28-32

The Mining and Materials Processing Institute of Japan

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19
坑廃水原水を放流する場合に休廃止鉱山下流の水質測定地点の金属濃度は環境基準を達成できるか: 単純希釈に基づくスクリーニング評価
坑廃水原水を放流する場合に休廃止鉱山下流の水質測定地点の金属濃度は環境基準を達成できるか: 単純希釈に基づくスクリーニング評価
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坑廃水原水を放流する場合に休廃止鉱山下流の水質測定地点の金属濃度は環境基準を達成できるか: 単純希釈に基づくスクリーニング評価

岩崎, 雄一 ; 村田, 道拓 ; 川口, 智哉 ; 松本, 親樹 ; 保高, 徹生

Journal of MMIJ, 2022/03/31, Vol.138(3), pp.28-32

一般社団法人 資源・素材学会

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20
Do Metal Concentrations at Water Quality Monitoring River Sites Downstream of Legacy Mines Meet Environmental Quality Standards If Untreated Mine Drainages Are Discharged?: Screening-level Assessment Based on a Simple Dilution Approach
Do Metal Concentrations at Water Quality Monitoring River Sites Downstream of Legacy Mines Meet Environmental Quality Standards If Untreated Mine Drainages Are Discharged?: Screening-level Assessment Based on a Simple Dilution Approach
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Do Metal Concentrations at Water Quality Monitoring River Sites Downstream of Legacy Mines Meet Environmental Quality Standards If Untreated Mine Drainages Are Discharged?: Screening-level Assessment Based on a Simple Dilution Approach

IWASAKI, Yuichi ; MURATA, Michihiro ; KAWAGUCHI, Tomoya ; MATSUMOTO, Shinji ; YASUTAKA, Tetsuo

Journal of MMIJ, 2022/03/31, Vol.138(3), pp.28-32

Tokyo: The Mining and Materials Processing Institute of Japan

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