Electromagnetic Separation of Radioactive Isotopes: Proceedings of the International Symposium Held

I General Considerations Related to Problems of Electromagnetic Separations.- a) Separation of Irradiated Material.- Electromagnetic Isotope Separation Before and After Activation in a Reactor or Cyclotron.- Electromagnetic Mass Separation of Reactor Irradiated Materials.- Discussion.- b) Contamination and Enrichment.- Theory of Isotopic Contamination in Electromagnetic Separators.- Discussion.- Adequate Characterizing of Separating Power.- The Relative Enhancement Factor in Electromagnetic Isotope Separation.- Contribution to the Study of Isotopic Contamination with a Double Magnetic Deflection Isotope Separator.- Discussion.- Discussion about the topics 13-16..- II Electromagnetic Separators Planned.- Electromagnetic Separator for Radioisotope Investigations.- Discussion.- The Design of the Electromagnetic Isotope Separator of the S.G.A.E..- Discussion.- Plans for a Radioisotope Separator at CERN.- Discussion.- Remark. By H. Wagner and W. Walcher on "Two Directional Focusing".- Ion-Optical Considerations on E.M. Separators.- The Electric Quadrupole Mass Separator.- Discussion.- III Operating Experiences on E. M. Separators.- Double Magnetic Deflexion Isotope Separator for the Production of Very High Purity Isotopes.- Discussion.- Electromagnetic Separation of Radioisotopes of the Heavy Elements at the Oak Ridge National Laboratory.- Discussion.- Recent Modifications to Hermes.- Some Characteristics of the E.M. Isotope Separator at the Nobel Institute of Physics, Stockholm.- Discussion.- IV Progress in Ion Source Development.- On Ion Sources with High Efficiency and Intensity.- Discussion.- An Ion Source for Short-Lived Radioactive Isotopes and Preliminary Results on a Duoplasmatron Type Ion Source.- Discussion.- A Method of Rapid Electromagnetic Separation of Radioactive Isotopes.- Discussion.- Some Problems Related with Ion Sources for Radioactive Isotopes.- A Parallel Filament Lateral Arc Source Unit.- Remark. By W. Walcher, Marburg.- V Sputtering Phenomena.- Sputtering Experiments with the Amsterdam Electromagnetic Isotope Separator.- Discussion.- Collection and Sputtering Experiments with Noble Gas Ions.- Sputtering by Ions with 10-65 keV Energy.- Preparation of Targets and Radioactive Sources in an E.M. Separator.- Discussion.- Sputtering at High Energy.- Discussion.- VI Chemical Aspects in E. M. Separation Processes.- E.M. Separations with High Efficiency of Microgramme Quantities.- Discussion.- Some Chemical Problems Connected with the Electro-Magnetic Separation of Isotopes.- Discussion.- VII Some Health Physics Problems Connected with E. M. Separations.- Protective Measures in Connection with Electromagnetic Separations of Radioactive Isotopes at the Oak Ridge National Laboratory.- Discussion.- Precautions with a-Active Isotope Separators at Harwell.- VIII Applications of E. M. Separated Radioactive Isotopes.- Applications of Electromagnetically Separated Radioactive Isotopes at the Nobel Institute of Physics (Part I).- Discussion.- Applications of Electromagnetically Separated Radioactive Isotopes at the Nobel Institute of Physics (Part II).- Recent Applications of the Uppsala Mass Separator.- Applications in the Field of Nuclear Physics of the Orsay Double Deflexion Isotope Separator.- Preparation of Radioactive Sources for ?- and ?-Ray Spectroscopy by Electromagnetic Isotope Separation.- Author Index.