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Your search keyword '"Faltens, A."' showing total 4 results
Start Over Author "Faltens, A." Journal journal of applied physics
4 results on '"Faltens, A."'

1. Beam end erosion.

Author

Faltens, A., Lee, E. P., and Rosenblum, S. S.

Subjects
*CHARGE density waves, *SPACE charge
Abstract

Discusses a study which detailed the measurement of the time evolution of the line charge density and energy at the ends of an initially rectangular ion bench due to the space charge of the bunch. Composition of the SBTE machine; Approximation commonly used in describing a drifting bunch for heavy-ion driven; Limitation in the SBTE setup.

Published
1987
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3. Beam end erosion

Author

E. P. Lee, A. Faltens, and S. S. Rosenblum

Subjects
Physics, Ion beam, Time evolution, Physics::Accelerator Physics, General Physics and Astronomy, Charge density, Mechanics, Atomic physics, Inertial confinement fusion, Space charge, Beam (structure), Ion, Line (formation)
Abstract

The time evolution of the line charge density and energy at the ends of an initially rectangular ion bunch due to the space charge of the bunch are measured and found to be in good agreement with a one‐dimensional dynamical theory. The ends erode at the space‐charge wave speed into the bunch, and the end particles move at twice that speed away from the bunch.

Published
1987
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4. Investigation of Metglas toroid fabrication techniques for a heavy ion fusion driver

Author

Carl H. Smith, Stephen S. Rosenblum, and A. Faltens

Subjects
Fabrication, Amorphous metal, Materials science, Toroid, business.industry, General Physics and Astronomy, Linear particle accelerator, Microsecond, Nuclear magnetic resonance, Metglas, Optoelectronics, Electric current, business, Inertial confinement fusion
Abstract

Measurements are reported on the dc and pulsed magnetic properties of three MetglasRa) alloys in the as‐cast, box annealed, and rewound conditions. Alloys 2605SC, 2605S‐2 and 2605CO were evaluated for possible use in an induction linear accelerator. It is found that the 2605SC and 2605S‐2 give similar good performance and the 2605CO slightly less good performance in this application in the microsecond pulse‐width region.

Published
1985
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