Authors
Weston M. StaceyMohamed AbdouArgonne National LaboratoryDaniel B. MontgomeryPlasma Fusion Center at MITJohn M. Rawlsfusion organization at GA Technologies and has specialized in recent years in the design of advanced magnetic confinement devices and in the use of radio-frequency heating techniques in tokamaksJalane SchmidtView further author informationT. E. ShannonOak Ridge National LaboratoryR.J. ThomeKenneth R. EvansCharles C. Bakermaterials research, magnet development, plasma engineering studies, neutronics, and blanket technology developmentJ.N. BrooksR.G. ClemmerDavid A. EhstP.A. Finncurrently assigned to the Fusion Engineering Design Center, working on tritium systems for both tokamak and mirror reactor designsHarold HermanJungchung JungR.F. MattasFusion Power Program at ANLBalabhadra MisraArgonne National Laboratory (ANL)Dale L. SmithHerbert C. StevensLarry TurnerR. B. WehrleKevin M. BarryA.E. BolonSchool of Mines and Metallurgy, University of Missouri-RollaR.T. McGrathPennsylvania State UniversityLester M. Waganera senior design specialist and is currently the project leader on an Electric Power Research Institute project to assess the technical risks of developing a deuterium-tritium fuel system for a commercial fusion power plantD. R. MikkelsenClifford E. SingerBalabhadra MisraArgonne National Laboratory (ANL)R.G. ClemmerDale L. SmithJan S. BrzoskoView further author informationJean Pierre RagerB. V. RobouchENEA Frascati CenterAchim H. BährH. V. KlapdorE. AnderssonInstitute of Nuclear Physics in StockholmP. HergesD.W. JeppsonL.D. MuhlesteinSydney Cohenarea of accident studies describing mobilization and release of radioactive material from magnetic fusion devices
1983en
ABI
Аннотация
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