All abstracts by Chiharu Tokoro in conference series: Goldschmidt

(2024) Nanofiltration Technique to Improve Li Recovery from Acid Leachate of the Spent Li-Ion Battery: Characterization of Li and Other Contaminated Ions in Recovering Process
Iwai H, Takaya Y, Minegishi S, Aoyama S, Miyamoto R, Tokoro C & Toriumi K

(2024) Experimental Research on the Effect of Mineral Carbonation on Dissolution of Sphalerite in Simulated Waste Rock
Kotegawa K, Tokoro C & Takaya Y

(2024) Verification of the Removal Mechanism of Arsenic by Fe Under the Arsenic (III) and Arsenic (V) Coexisting Conditions by the Geochemical Modeling
Yamagata K, Iwai H, Oyama K, Semoto Y, Hamai M, Hamai T & Tokoro C

(2023) Geochemical Evaluation in Mine Drainage Treatment Using Manganese Neutralization Sludge for Effective Waste Functionalization
Furukori Y, Oyama K & Tokoro C

(2021) Practical Performance of Arsenate (As(V)) Removal Using Mesoporous Zerovalent Iron-Magnetite Nanocomposites (ZVI-Mncs)
Zubair YO, Fuchida S & Tokoro C

(2021) Investigation on Zn Adsorption/Coprecipitation Mechanisms on MnO₂ Under Neutral pH Conditions
Tajima S, Fuchida S & Tokoro C

(2021) Kinetic Evaluation of pH and Temperature Effects on Silica Polymerization in Mg, Al and Fe Coexisting Systems
Ishii S, Kitagawa T, Tajima S, Takaya Y, Fuchida S & Tokoro C

(2021) Galvanic Influence on Pyrite and Chalcopyrite Oxidation Rates Under Floatation pH Condition
Ishida S, Xue J, Fuchida S, Aoki Y, Kaseyama T, Kishimoto Y & Tokoro C

(2020) Influence of Calcium Ion and pH on Oxidation Rates and Secondary Mineral Formation on Pyrite Surface
Xue J, Ishida S, Kato T, Fuchida S, Kuroiwa S, Aoki Y, Kikutani H & Tokoro C

(2020) Kinetic Modeling of pH and Temperature Effects on Silica Polymerization
Tajima S, Kato T, Fuchida S, Kitagawa T & Tokoro C

(2020) Study on Geochemical Mechanisms for Acid Mine Drainage Generation by Kinetic Modeling and Petrological Analysis of Sulfide Cores
Fuchida S, Suzuki K, Kadokura M & Tokoro C

(2016) Sorption Mechanisms of Chromate with Ferrihydrite Through Coprecipitation in Aqueous Solution
Mamun AA, Tokoro C & Morita M

(2016) Removal Mechanism of Mn(II) by Coagulation-Sedimentation Method Using Calcium Hydroxide
Yagisawa M, Mitani Y, Kato T & Tokoro C

(2016) Process Optimization of Boron Removal by Ettringite from Hot Spring Wastewater
Hobo S, Muto K, Tokoro C, Tanaka Y & Nakamura T

(2016) Comparative Study of Arsenite Removal Using Ferrihydrite between Adsorption/Coprecipitation Processes
Oo KS, Tokoro C & Mitani Y

(2013) Clarification of As(V) Sorption Mechanism with Ferrihydrite for Quantitative Modelling of Coprecipitation Process in Wastewater Treatment
Tokoro C, Haraguchi D, Izawa S & Owada S

(2013) Clarification for Boron Sorption Mechanism in Coprecipitation with Magnesium Hydroxide
Izawa S, Tokoro C, Suzuki S & Sasaki K

(2013) Removal Mechanisms of Silicate in the Wastewater Using Aluminum Hydroxide Coprecipitation Method
Suzuki S, Tokoro C, Haraguchi D, Izawa S & Owada S

(2012) Spectrophotometric Analysis for As(V) Sorption Mechanism in the Aluminum Hydroxide Coprecipitation Method
Haraguchi D, Tokoro C & Owada S

(2012) XAFS Investigation for Sorption Mechanism in As(V) Coprecipitation with Ferrihydrite
Izawa S, Tokoro C, Oda Y, Haraguchi D & Owada S

(2011) Geochemical Modeling for Boron Removal by a Permeable Reactive Barrier Using Magnesium Oxide
Tokoro C, Kurami J, Moriyama S & Sasaki K

(2011) Sorption Mechanism of Dilute Fluorine in Wastewater Using Aluminum Hydroxide Coprecipitation Method
Haraguchi D, Tokoro C & Owada S