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IEEE Transactions on Plasma Science
Jones, Brent M. ; Ampleford, David J. ; Nielsen, D.S. ; Coverdale, Christine A. ; Jennings, Christopher A. ; Cuneo, Michael E.
Magnetic implosions provide extremely intense soft X-ray radiation on the Z accelerator. Shock heating at stagnation provides temperatures that are capable of producing K-shell radiation from stainless steel plasma. Time-gated multicolor X-ray pinhole imaging is used to study stagnation and disruption in fast Z pinches. Magnetohydrodynamic instabilities are observed to grow, following peak X-ray power until the Z-pinch column disrupts well after the main power pulse. © 2006 IEEE.
Cuneo, Michael E. ; Jones, Michael ; Edens, Aaron ; Lopez, Mike R. ; Mcbride, Ryan ; Rochau, G.A. ; Jones, Brent M. ; Ampleford, David J. ; Sinars, Daniel ; Bailey, James E. ; Stygar, William A. ; Savage, Mark E.
Jones, Brent M. ; Ampleford, David J. ; Coverdale, Christine A. ; Jennings, Christopher A. ; Cuneo, Michael E.
High Energy Density Physics
Coverdale, Christine A. ; Jones, Brent M. ; Ampleford, David J. ; Hansen, Stephanie B.
High Energy Density Physics
Jones, Brent M. ; Ampleford, David J. ; Coverdale, Christine A. ; Jennings, Christopher A. ; Lamppa, Derek C. ; Mckenney, John ; Cuneo, Michael E.
Cuneo, Michael E. ; Savage, Mark E. ; Jones, Michael ; Edens, Aaron ; Lopez, Mike R. ; Gomez, Matthew R. ; Mcbride, Ryan ; Rochau, G.A. ; Jones, Brent M. ; Ampleford, David J. ; Sinars, Daniel ; Bailey, James E. ; Stygar, William A.
Ampleford, David J. ; Jennings, Christopher A. ; Hansen, Stephanie B. ; Cuneo, Michael E. ; Jones, Brent M. ; Nielsen, D.S. ; Coverdale, Christine A.
Cuneo, Michael E. ; Jones, Michael ; Edens, Aaron ; Lopez, Mike R. ; Mcbride, Ryan ; Rochau, G.A. ; Jones, Brent M. ; Ampleford, David J. ; Sinars, Daniel ; Bailey, James E. ; Stygar, William A. ; Savage, Mark E.
Jennings, Christopher A. ; Coverdale, Christine A. ; Ampleford, David J. ; Hansen, Stephanie B. ; Jones, Brent M. ; Yu, Edmund ; Cuneo, Michael E.
Jennings, Christopher A. ; Ampleford, David J. ; Hansen, Stephanie B. ; Coverdale, Christine A. ; Jones, Brent M. ; Yu, Edmund ; Cuneo, Michael E.
Ampleford, David J. ; Jennings, Christopher A. ; Hansen, Stephanie B. ; Cuneo, Michael E.
Ampleford, David J. ; Jennings, Christopher A. ; Hansen, Stephanie B. ; Cuneo, Michael E.
Jones, Brent M. ; Ampleford, David J. ; Coverdale, Christine A. ; Jennings, Christopher A. ; Cuneo, Michael E. ; Flicker, Dawn
Rochau, G.A. ; Coverdale, Christine A. ; Hansen, Stephanie B. ; Yu, Edmund ; Ampleford, David J. ; Lake, Patrick ; Dunham, G.S. ; Cuneo, Michael E. ; Jones, Brent M. ; Jennings, Christopher A. ; Bailey, James E.
Cuneo, Michael E. ; Jones, Michael ; Edens, Aaron ; Lopez, Mike R. ; Mcbride, Ryan ; Rochau, G.A. ; Jones, Brent M. ; Ampleford, David J. ; Sinars, Daniel ; Bailey, James E. ; Stygar, William A. ; Savage, Mark E.
Jones, Brent M. ; Ampleford, David J. ; Coverdale, Christine A. ; Jennings, Christopher A. ; Cuneo, Michael E.
Ampleford, David J. ; Jennings, Christopher A. ; Jones, Brent M. ; Hansen, Stephanie B. ; Cuneo, Michael E. ; Coverdale, Christine A. ; Jones, Michael
Jones, Brent M. ; Ampleford, David J. ; Coverdale, Christine A. ; Jennings, Christopher A. ; Cuneo, Michael E.
High Energy Density Physics
Hansen, Stephanie B. ; Jones, Brent M. ; Ampleford, David J. ; Coverdale, Christine A. ; Jennings, Christopher A. ; Cuneo, Michael E. ; Rochau, G.A. ; Bailey, James E.
Ampleford, David J.
Ampleford, David J. ; Jennings, Christopher A. ; Jones, Brent M.
Transactions on Plasma Science
Ampleford, David J. ; Jennings, Christopher A. ; Cuneo, Michael E. ; Mcbride, Ryan ; Jones, Michael
IEEE Transactions on Plasma Science
Mcbride, Ryan ; Ampleford, David J. ; Martin, Matthew R.
Jones, Brent M. ; Cuneo, Michael E. ; Flicker, Dawn ; Jennings, Christopher A. ; Ampleford, David J.
Jones, Michael ; Ampleford, David J. ; Cuneo, Michael E. ; Jennings, Christopher A. ; Jones, Brent M. ; Lopez, Mike R. ; Rochau, G.A. ; Savage, Mark E.
Recent experiments on the refurbished Z-machine were conducted using large diameter stainless steel arrays which produced x-ray powers of 260 TW. Follow-up experiments were then conducted utilizing tungsten wires with approximately the same total mass with the hypothesis that the total x-ray power would increase. On the large diameter tungsten experiments, the x-ray power averaged over 300 TW and the total x-ray energy was greater than 2MJ. Different analysis techniques for inferring the x-ray power will be described in detail.
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