In order to attain these objectives, a D-T reactor with tritium breeding blanket is designed, a commercial reactor with net power output of MWe is designed, the compatibility of plasma physics with fusion engineering is demonstrated, and some other guideline is indicated. The outline of a moving ring reactor ''Karin-1'' is described. Karin is a prograde rotator with a period of

Slivan, Stephen M. Karin is a prograde rotator with a period of Although the two ambiguous pole solutions are near the clustered pole solutions of four Koronis family members whose spins are thought to be trapped in a spin-orbit resonance Vokrouhlický et al. The spin vector and shape results for Karin will constrain family formation models that include spin properties, and we discuss the Karin results in the context of the other members of the Karin cluster, the Karin parent body, and the parent body's siblings in the Koronis family.

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International Nuclear Information System INIS The bbn fat burner design of a moving ring reactor ''Karin-1'' has been carried out to advance fusion system design, to clarify the research and development problems, and to decide their priority. In order to attain these objectives, a D-T reactor with tritium breeding blanket is designed, a commercial reactor with net power output of MWe is designed, the compatibility of plasma physics with fusion engineering is demonstrated, and some other guideline is indicated.

A moving ring reactor is composed mainly of three parts. In the first formation section, a plasma ring is formed and heated up to ignition temperature.

The plasma ring of compact torus is transported from the formation section through the next burning section to generate fusion power. Then the plasma ring moves into the last recovery section, and the energy and particles of the plasma bbn fat burner are recovered.

The outline of a moving ring reactor ''Karin-1'' is described. As a candidate material for the first wall, SiC was adopted to reduce the MHD effect and to minimize the interaction with neutrons and charged particles.

The thin metal lining was applied to the SiC surface to solve the problem of the compatibility with lithium blanket. Plasma physics, the engineering aspect and the items of research and development are described.

Kako, I.