EGUCHI Wataru | Institute of Atomic Energy, Kyoto University

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概要

• 同名の論文著者
• Institute of Atomic Energy, Kyoto Universityの論文著者

関連著者

• EGUCHI Wataru

  Institute of Atomic Energy, Kyoto University

• Adachi Motonari

  Institute Of Advanced Energy Kyoto University

• Harada Makoto

  Institute Of Advanced Energy Kyoto University

• TANIGAKI MASATAKA

  Institute of Atomic Energy, Kyoto University

• MIYAKE YOSHIKAZU

  Institute of Atomic Energy, Kyoto University

• YAMAZAKI Fumio

  Institute of Industrial Science, The University of Tokyo

• HAOKA Toshiharu

  Institute of Atomic Energy, Kyoto University

• TSUKADA Ryuji

  Institute of Atomic Energy, Kyoto University

• MORI MASATERU

  Institute of Atomic Energy, Kyoto University

• TOYOTA YUICHI

  Institute of Atomic Energy, Kyoto University

• YONEDA MINORU

  Institute of Atomic Energy, Kyoto University

• Kondo Kazuo

  Institute Of Environmental Science For Human Life Ochanomizu University

• Sakamoto Takeshi

  Institute Of Inorganic Synthesis Faculty Of Engineering Yamanashi University

• MITAMURA Hisayoshi

  Institute of Atomic Energy, Kyoto University

• YAMAMOTO HIDEMASA

  Institute of Atomic Energy, Kyoto University

• IMAMURA TZUTOMU

  Institute of Atomic Energy, Kyoto University

• FUJIYOSH KENJI

  Institute of Atomic Energy, Kyoto University

• BOKHARI AZHAR

  Institute of Atomic Energy, Kyoto University

• ARAKI MIKIYOSHI

  Institute of Atomic Energy, Kyoto University

• NISHIMURA AKIRA

  Institute of Atomic Energy, Kyoto University

• TOHDO FUKUZO

  Institute of Atomic Energy, Kyoto University

• OHARA SUSUMU

  Institute of Atomic Energy, Kyoto University

• MACHIDA SHIZUHARU

  Institute of Atomic Energy, Kyoto University

• SHIOMI NAOFUMI

  Institute of Atomic Energy, Kyoto University

• HARADA Makoto

  Institute of Atomic Energy, Kyoto University

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著作論文

• Dissolution of gaseous methyl iodide into aqueous sodium hydroxide solutions.
• Effect of carbon dioxide upon partition equilibrium of iodine between air and aqueous sodium hydroxide solutions.
• Partition equilibrium of iodine in aqueous sodium hydroxide solutions containing boric acid.
• Equilibrium in the extraction of Cu(II) by benzoylacetone in benzene.
• Rates of reactions in Cu(II)-benzoylacetone system in aqueous phase.
• SELF-DIFFUSION IN LIQUID METALS
• Mutual diffusion coefficient in molten lead-bismuth mixtures.
• Position-scanning spectrophotometer as a means of observing multicomponent diffusion phenomena in liquid phase.
• REACTIONS OF METHYL IODIDE IN AQUEOUS SODIUM HYDROXIDE SOLUTIONS
• Concentration dependency of self- and mutual diffusion coefficients in binary liquid mixtures. A configurational relaxation model approach.:A CONFIGURATIONS, RELAXATION MODEL APPROACH
• INTERFACIAL RESISTANCE IN LIQUID-LIQUID MASS TRANSFER
• Distribution equilibrium in the extraction of uranyl chloride by tri-n-octylamine.
• SELF-DIFFUSIVITY AND VISCOSITY OF SIMPLE LIQUIDS
• VISCOSITY OF LIQUID MIXTURES
• Kinetics of copper extraction by benzoylacetone.
• REACTIONS OF IODINE IN AQUEOUS SOLUTIONS CONTAINING SODIUM HYDROXIDE
• Effect of carbon dioxide on the absorption rate and mechanism of iodine vapor.
• Reaction rate of hydrolysis of iodine.
• Mechanism and Rate of Dilute Iodine Vapor Absorption by Aqueous Sodium Hydroxide Solution
• Multicomponent diffusion coefficients in aqueous lanthanide chloride systems.
• Rate of ferric chloride extraction with tri-n-octylamine.
• Some characteristics of liquid membrane with tri-n-octylamine.
• DEPENDENCY OF PARTITION EQUILIBRIUM OF IODINE BETWEEN AIR AND AQUEOUS SOLUTION CONTAINING SODIUM HYDROXIDE UPON TEMPERATURE AND CONCENTRATION

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