A computational study of a capillary discharge pellet accelerator concept for magnetic fusion fueling

AL Winfrey, JG Gilligan, MA Bourham - Journal of Fusion Energy, 2013 - Springer
An ablation-dominated capillary discharge using low atomic number elements for plasma
formation to flow into an ablation-free extension barrel is a concept that provides a high …

A Computational Study of a Capillary Discharge Pellet Accelerator Concept for Magnetic Fusion Fueling

AL Winfrey, JG Gilligan, MA Bourham - Journal of Fusion Energy, 2013 - infona.pl
An ablation-dominated capillary discharge using low atomic number elements for plasma
formation to flow into an ablation-free extension barrel is a concept that provides a high …

A Computational Study of a Capillary Discharge Pellet Accelerator Concept for Magnetic Fusion Fueling

AL Winfrey, JG Gilligan… - Journal of Funsion …, 2013 - ui.adsabs.harvard.edu
An ablation-dominated capillary discharge using low atomic number elements for plasma
formation to flow into an ablation-free extension barrel is a concept that provides a high …

A Computational Study of a Capillary Discharge Pellet Accelerator Concept for Magnetic Fusion Fueling

AL Winfrey, JG Gilligan… - Journal of Fusion …, 2013 - search.proquest.com
An ablation-dominated capillary discharge using low atomic number elements for plasma
formation to flow into an ablation-free extension barrel is a concept that provides a high …

A computational study of a capillary discharge pellet accelerator concept for magnetic fusion fueling

AL Winfrey, JG Gilligan, MA Bourham - Journal of Fusion Energy, 2013 - pure.psu.edu
An ablation-dominated capillary discharge using low atomic number elements for plasma
formation to flow into an ablation-free extension barrel is a concept that provides a high …

[引用][C] A Computational Study of a Capillary Discharge Pellet Accelerator Concept for Magnetic Fusion Fueling

AL Winfrey, JG Gilligan, MA Bourham - Journal of Fusion Energy - Springer