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Chemical Species of Ruthenium in Radioactive Aqueous Waste and Decontamination Mechanism of Ruthenium with Zinc-charcoal Mixed Column

  • Tadashi Sato and Ryozou Motoki
Published/Copyright: August 1, 1989

Published Online: 1989-8-1
Published in Print: 1989-8-1

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Articles in the same Issue

  1. Excitation Functions for Multi-Nucleon Emission in Helium Ion Reactions with 197Au
  2. Mass Distribution of Fission Products in the 28.5 MeV Alpha Particle Induced Fission of 232Th
  3. Energy Dependence of the Formation Yield of 51Cr(acac)3 in Recoil Implantation Using a Thin Film Technique
  4. Recoil Implantation Reactions in Binary Mixtures of Catcher Complexes and in Mixed Ligand Catchers
  5. Direct Trace Determination of Curium by Laser-Induced Time-Resolved Spectrofluorometry
  6. The Solubility of Plutonium Hydroxide in Dilute Solution and in High-Ionic-Strength Chloride Brines
  7. A Kinetic Study of the Complexation Reaction Between the Dioxouranium(VI) Ion and Arsenazo III
  8. Separation of 239U(IV) and 239U(VI) by HPLC
  9. Determination of 227Ac by Use of a Liquid Scintillation Spectrometer and Procedure for the Separation of 227Ac from its Decay Products
  10. Liquid-Solid Extraction of 244Cm with Ligand-Loaded Resins
  11. Solvent Extraction Studies of Lanthanide Acetylacetonates. Complexes formed by La, Nd, Sm and Eu
  12. Extractions with a Carbamoylmethyl Phosphonate Functionalized Polymer
  13. Radiolytic Products in Waters
  14. Radiolytic Products in Waters
  15. Chemistry of Radioactive Cerium in the Hydrosphere and in the Geosphere
  16. Alpha Emitters in Chernobyl Hot Particles
  17. 111Ag in the Chernobyl Fallout
  18. Chemical Species of Ruthenium in Radioactive Aqueous Waste and Decontamination Mechanism of Ruthenium with Zinc-charcoal Mixed Column
  19. Effect of the Number of Phenyl Groups per Molecule on the Reactivity of Hydroxyl or Carboxyl Group in Hydrogen-Isotope Exchange Reaction
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