Measuring Radiation Damage from Heavy Energetic Ions in Aluminum | Zendy

PI-MSU Kostin M. | Zendy; PI-MSU Ronningen R. | Zendy; PI-LLNL Ahle L. | Zendy; PI-ORNL Mansur L. | Zendy; ORNL Leonard K. | Zendy; FNAL Mokhov N. | Zendy; K. RIST | Zendy

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Measuring Radiation Damage from Heavy Energetic Ions in Aluminum

Author(s) -

PI-MSU Kostin M.,

PI-MSU Ronningen R.,

PI-LLNL Ahle L.,

PI-ORNL Mansur L.,

ORNL Leonard K.,

FNAL Mokhov N.,

K. RIST

Publication year - 2009

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/948044

Subject(s) - ion , cyclotron , range (aeronautics) , intensity (physics) , computational physics , beam (structure) , physics , ion beam , radiation , atomic physics , nuclear physics , materials science , environmental science , nuclear engineering , optics , engineering , quantum mechanics , composite material

An intense beam of 122 MeV/u (9.3 GeV) 76Ge ions was stopped in aluminum samples at the Coupled Cyclotron Facility at NSCL, MSU. Attempts were made at ORNL to measure changes in material properties by measuring changes in electrical resistivity and microhardness, and by transmission electron microscopy characterization, for defect density caused by radiation damage, as a function of depth and integrated ion flux. These measurements are relevant for estimating damage to components at a rare isotope beam facility

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