Search Results - "Farnsworth, A. V."

Soft x-ray and vacuum-ultraviolet spectroscopy of ion-beam-heated thin targets by Burns, E. J. T., Johnson, D. J., Farnsworth, A. V., Kuswa, G. W., Doschek, G. A., Feldman, U.

“…XUV spectroscopy utilizing a 1-m grazing incidence spectrograph and photoelectric diodes is used to determine the response of approximately…”
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Production of 0.5-TW Proton Pulses with a Spherical Focusing, Magnetically Insulated Diode by Johnson, D. J., Kuswa, G. W., Farnsworth, A. V., Quintenz, J. P., Leeper, R. J., Burns, E. J. T., Humphries, S.

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Observation of Magnetically Enhanced Electron-Beam-Energy Deposition by Widner, M. M., Goldstein, Steven A., Mendel, C. W., Burns, E. J. T., Quintenz, J. P., Farnsworth, A. V.

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Network for Computational Nanotechnology - a strategic plan for global knowledge transfer in research and education by Klimeck, G., Zentner, L. K., Madhavan, K. P. C., Farnsworth, V. A., Lundstrom, M.

“…The Network for Computational Nanotechnology (NCN) manages the science gateway nanoHUB.org, recognized as the world's largest nanotechnology user facility,…”
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Pinching limits and scaling laws for high current diodes by Hadley, G. R., Wright, T. P., Farnsworth, A. V.

“…A maximum current density achievable in a diode has been determined from a previously obtained steady state relativistic constant of the motion for the beam…”
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Beam-target interaction of intense ion beams: Theory and experiment by Mehlhorn, T. A., Peek, J. M., Olsen, J. N., McGuire, E. J., Farnsworth, A. V., Young, F. C.

“…Work has continued toward the goal of developing and experimentally verifying a numerical model that can accurately predict the stopping power of any ion in…”
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Neutron production from advanced REB fusion targets by Chang, J., Widner, M. M., Farnsworth, A. V., Leeper, R. J., Prevender, T. S., Baker, L., Olsen, J. N.

“…Experiments have been performed in which plastic shells, containing a CD 2 fuel wire, were irradiated and imploded by a single beam from the Rehyd REB…”
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Scalability of light ion beams to reach fusion conditions by Kuswa, G. W., Quintenz, J. P., Seidel, D. B., Johnson, D. J., Mendel, C. W., Burns, E. J. T., Fehl, D., Leeper, R. J., Perry, F. C., Miller, P. A., Widner, M. M., Farnsworth, A. V.

“…Two variations of an intense ion beam diode having magnetic insulation generated either by an external capacitor bank (radial ion diode) or by diode curent…”
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Progress toward fusion with particle beams by Kuswa, G. W., Bieg, K. W., Burns, E. J. T., Chang, J. T., Clauser, M. J., Farnsworth, A. V., Fehl, D. L., Humphries, S., Johnson, D. J., Leeper, R. J., Mendel, C. W., Miller, P. A., Mix, L. P., Olsen, J. N., Perry, F. C., Poukey, J. W., Quintenz, J. P., Wright, T. P.

“…Light ion beams offer the ideal means for fusion pellet ignition. The energy of light ion beams accelerated by readily obtainable, efficient, pulse power…”
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Finite-temperature relativistic fluid equations and scaling of high-current beams by Hadley, G. Ronald, Wright, Thomas P., Farnsworth, Archie V.

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