Pulsed power technology for particle beam fusion

• 作 者: J.P.Van Devender T.H.Martin D.L.Johnson E.L.Neau J.T.Crow G.ronas
• 机 构: Sandia National Laboratories,USA,Sandia National Laboratories,USA,Sandia National Laboratories,USA,S
• 出 处: 激光
• 发表日期: 1980年Z1期
• 关键词: accelerator confinement capable inertial transported store Joule switches break

The light ion and electron beam approaches to inertial confinement fusion requirethe production of 10~(13) to 10~(14) watt and 10~6 to 10~7 joule electromagnetic pulses.For ber-akeven experiments,the power must be transported to a particle beam diode that is be-tween 20 cm and 100 cm from the target.The accelerator technology developed in theparticle beam fusion program is capable of fulfilling these requirements.

The light ion and electron beam approaches to inertial confinement fusion require the production of 10 ~ (13) ~ 10 ~ (14) watt and 10 ~ 6 ~ 10 ~ 7 joule electromagnetic pulses. For ber-akeven experiments, the power must be transferred to a particle beam diode that is be-tween 20 cm and 100 cm from the target. accelerator technology developed in the particle beam fusion program capable of fulfilling these requirements.