The facility of the Michigan Ion Beam Laboratory at the University of Michigan has been upgraded to conduct high intensity radiation effects studies on materials. This upgrade is necessary to pursue higher radiation damage levels than the studies previously conducted. To achieve this capability a new volume ion source was installed which can produce several times more H−H− current than the previous duoplasmatron. We will describe the objectives of the research and the facility as well as applications to a variety of radiation damage problems. © 2001 American Institute of Physics.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/87674/2/687_1.pd
The neutron scattering community has endorsed the need for a high- power (1 to 5 MW) accelerator-dri...
The world fusion program has advanced to the stage where it is appropriate to construct a number of ...
A number of improvements have been made in The University of Michigan 83" sector focused cyclotron s...
AbstractWe have developed a new irradiation facility that allows to perform accelerated damage tests...
We have developed a new irradiation facility that allows to perform accelerated damage tests of nucl...
Author Institution: Associate Director, Westinghouse Research Laboratories, East Pittsburgh, Pa
Radiation is an important issue, which should be carefully treated during the design and commissioni...
Abstract * High-brightness, H- ion sources are in widespread use in large accelerator facilities. Ne...
The ion source for the 1 MW Spallation Neutron Source (SNS) is required to provide 35 mA of H- beam ...
will eventually require that the present H- ion source be replaced with a higher current source. Lab...
The low cross section experiments for the synthesis of new isotopes andelements in the transactinide...
The primary challenge in directly measuring nuclear reaction rates near stellar energies is their sm...
Since 1994, heavy-ion radiotherapy using carbon ions is successfully carried out with the Heavy Ion ...
'The author is addressing the need to measure nuclear wastes, residues, and spent fuel in order to p...
Accelerator-based neutron sources for R D of materials in nuclear energy systems, including fusion r...
The neutron scattering community has endorsed the need for a high- power (1 to 5 MW) accelerator-dri...
The world fusion program has advanced to the stage where it is appropriate to construct a number of ...
A number of improvements have been made in The University of Michigan 83" sector focused cyclotron s...
AbstractWe have developed a new irradiation facility that allows to perform accelerated damage tests...
We have developed a new irradiation facility that allows to perform accelerated damage tests of nucl...
Author Institution: Associate Director, Westinghouse Research Laboratories, East Pittsburgh, Pa
Radiation is an important issue, which should be carefully treated during the design and commissioni...
Abstract * High-brightness, H- ion sources are in widespread use in large accelerator facilities. Ne...
The ion source for the 1 MW Spallation Neutron Source (SNS) is required to provide 35 mA of H- beam ...
will eventually require that the present H- ion source be replaced with a higher current source. Lab...
The low cross section experiments for the synthesis of new isotopes andelements in the transactinide...
The primary challenge in directly measuring nuclear reaction rates near stellar energies is their sm...
Since 1994, heavy-ion radiotherapy using carbon ions is successfully carried out with the Heavy Ion ...
'The author is addressing the need to measure nuclear wastes, residues, and spent fuel in order to p...
Accelerator-based neutron sources for R D of materials in nuclear energy systems, including fusion r...
The neutron scattering community has endorsed the need for a high- power (1 to 5 MW) accelerator-dri...
The world fusion program has advanced to the stage where it is appropriate to construct a number of ...
A number of improvements have been made in The University of Michigan 83" sector focused cyclotron s...