浅沼 徳子
- 准教授
- 学位:博士(工学)
基本情報
所属
- Undergraduate School of Engineering / Department of Applied Chemistry
- Undergraduate School of Engineering / Department of Nuclear Engineering
- Graduate School of Engineering / Course of Applied Science
研究と関連するSDGs
詳細情報
研究分野
- Energy Nuclear engineering
論文
Capacitors Consisting of an Aqueous Electrolyte of the Widest Potential Window - Development towards the Recovery of Regenerating Energy of Automobiles
STRAD Project for Systematic Treatments of Radioactive Liquid Wastes Generated in Nuclear Facilities
An aqueous electrolyte of the widest potential window and its superior capability for capacitors
Applicability of polyvinylpolypyrrolidone adsorbent to treatment process of wastes containing uranium
Studies on electrochemical behavior of uranium species in choline chloride-urea eutectic for developing electrolytically treating method of uranium-bearing wastes
Feasibility studies on electrochemical recovery of uranium from solid wastes contaminated with uranium using 1-butyl-3-methylimidazorium chloride as an electrolyte
Extraction mechanisms of uranyl ions by 1-butyl-3-methylimidazolium nonafluorobutanesulfonate containing N-dodecyl-2-pyrrolidone
Application of Ionic Liquid as a Medium for Treating Waste Contaminated with UF4
Electrochemical Studies on Uranyl(VI) Chloride Complexes in Ionic Liquid, 1-Butyl-3-methylimidazolium Chloride
Electrochemical properties of uranyl ion in ionic liquids as media for pyrochemical reprocessing
A study on precipitation behavior of plutonium and other transuranium elements with N-cyclohexyl-2-pyrrolidone for development of a simple reprocessing process
Anodic dissolution of UO2 pellet containing simulated fission products in ammonium carbonate solution
Adsorption behavior of amidoxime resin for separating actinide elements from aqueous carbonate solutions
New approach to the nuclear fuel reprocessing in non-acidic aqueous solutions
Anodic dissolution of UO2 in aqueous alkaline solutions
Study on a nuclear fuel reprocessing system based on the precipitation method in mild aqueous solutions
講演・口頭発表等
- Uranium separation from simulated silica sludge using Na2CO3 solution
- Adsorption behavior of iodide ion by bismuth hydroxide nitrate and Mg-Al layered double hydroxide
- Adsorption behavior of chloride ion by bismuth hydroxide nitrate and Mg-Al layered double hydroxide
- Fundamental study on thorium fuel reprocessing by using phosphate-type fluorous extractant/ fluorous solvent and TOMAC/OMITf2N extraction systems
- Development of treatment processes of uranium contaminated wastes using adsorbent with high selectivity to uranium(3):Adsorption behavior of uranium onto the PVPP adsorbent
- Development of treatment processes of uranium contaminated wastes using adsorbent with high selectivity to uranium(1):Dissolution behavior of sludge containing uranium into inorganic acid
- Development of treatment processes of uranium contaminated wastes using adsorbent with high selectivity to uranium:(2)Adsorption behavior of uranium onto the PVPP adsorbent
- A study on an extraction mechanism of uranyl ions extracted by BMINfO containing pyrrolidone compounds
- Molybdenum extraction from spent nuclear fuel by using pyridine resin:Distribution coefficients of molybdenum and zirconium on pyridine resin
- A study on an extraction mechanism of uranyl ions extracted by BMINfO containing NDP
- Study on extraction species of uranyl ion in BMINfO used as a solvent for extraction
- Development of uranium recovery technique from materials contaminated with uranium using ionic liquid:electrolytic recovery of uranium from ionic liquid
- Redox behavior of palladium ion in eutectic solvents based on choline chloride
- Development of uranium recovery technique from uranium contaminated materials by using ionic liquids:(3) Extraction of uranium to hydrophobic ionic liquids
- Experiencing management program of an experimental and research project in nuclear energy:(1) An outline of the SWEEP program
- Experiencing management program of an experimental and research project in nuclear energy:(4) Review of the SWEEP program
- Development of uranium recovery technique from uranium contaminated materials by using ionic liquids:(2) Redox properties of uranium
- Development of uranium recovery technique from uranium contaminated materials
- Application of ionic liquids to pyrochemical reprocessing methods (3):Dissolution of uranium oxides and simulated FP metal ions
- Application of ionic liquids to pyrochemical reprocessing methods (4):Electrochemical behavior of uranyl ion and simulated FP metal ions
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