@techreport{oai:nifs-repository.repo.nii.ac.jp:00009960,
 author = {"Momota,  H. and Ishida,  A. and Kohzaki,  Y. and Miley,  G. H. and Ohi,  S. and Ohnish,  M. and Yoshikawa,  K. and Sato,  K. and Steinhauer,  L. C. and Tomita,  Y. and Tuszewski,  M."},
 month = {Jul},
 note = {"A comprehensive design study of the D-^3He fueled FRC reactor ""ARTEMIS"" is carried out for the purpose of proving its attractive characteristics and clarifying the critical issues for a commercial fusion reactor. The FRC burning plasma is stabilized and sustained in a steady equilibrium by means of a preferential trapping of D-^3He fusion-produced energetic protons. A novel direct energy converter for 15MeV protons is also presented. On the bases of a consistent scenario of the fusion plasma production and simple engineering, a compact and simple reactor concept is presented The design of the D-^3He FRC power plant definitely offers the most attractive prospect for energy development. It is environmentally acceptable in view of radio-activity and fuel resources; and the estimated cost of electricity is low compared to a light water reactor. Critical issues concerning physics or engineering for the development of the D-^3He FRC reactor are clarified."},
 title = {"Conceptual Design of D-^3He FRC Reactor ""ARTEMIS"""},
 year = {1991}
}