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Abstract

During the past decade of IAEA Conferences on controlled fusion research, the topic of principal interest has shifted from the feasibility of fusion power to the optimization of economically favourable reactor characteristics: efficient plasma heating systems, high beta values, quasi-steady state operating capabilities, simple coil structures, etc. At the present Conference, the experimental tokamak papers (about half the total number of papers in the category of magnetic confinement experiments) offer a striking illustration of this trend. The other approaches - tandem mirrors, EBTs, stellarators, reversed field pinches, and compact tori (represented in roughly equal numbers) - are still confronting questions of basic feasibility, but their research programmes are also becoming oriented towards particular features of reactor attractiveness. The present summary covers the tokamak work in some detail, and presents highlights of progress in the other areas.

Additional information

Authors: FURTH H P PLASMA PHYSICS LAB., PRINCETON UNIV., NEW JERSEY (USA) KADOMTSEV B B I.V. KURCHATOV INST. OF ATOMIC ENERGY, MOSCOW (USSR) YAMANAKA C INST. OF LASER ENG., OSAKA UNIV. (JAPAN) LOMER W M CULHAM LAB., ABINGDON (UK) , PLASMA PHYSICS LAB., PRINCETON UNIV., NEW JERSEY (USA);I.V. KURCHATOV INST. OF ATOMIC ENERGY, MOSCOW (USSR);INST. OF LASER ENG., OSAKA UNIV. (JAPAN);CULHAM LAB., ABINGDON (UK)
Bibliographic Reference: NUCLEAR FUSION, VOL. 23 (1983), NO. 1, PP. 97-120
Record Number: 1989122016600 / Last updated on: 1987-01-01
Category: PUBLICATION
Available languages: en
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