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Volume 65 (1991)
- Issue 6 Pages 601-
- Issue 5 Pages 489-
- Issue 4 Pages 399-
- Issue 3 Pages 289-
- Issue 2 Pages 115-
- Issue 1 Pages 5-
Volume 65, Issue 5
Displaying 1-5 of 5 articles from this issue
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Ryohei Itatani1991 Volume 65 Issue 5 Pages 489-507
Published: May 20, 1991
Released on J-STAGE: October 22, 2010
JOURNAL FREE ACCESSPlasma processing is nowadays one of key technologies to manufacture semiconductor devices such as large scale integrated electronic circuits and solar batteries and the field of its application is still expanding. However, chemical reactions in the plasma are quite complicated and their details are left unknown.
Further intensive studies on reactive plasmas must be encouraged for production of highly functional thin films and ultra large scale integrated circuits. Here, on the view point of a plasma physicist, challenging and interesting topics of great urgency to be solved and status of this technology in the future will be discussed.View full abstractDownload PDF (2022K) -
Shin Yamamoto, Tohru Matoba1991 Volume 65 Issue 5 Pages 508-527
Published: May 20, 1991
Released on J-STAGE: October 22, 2010
JOURNAL FREE ACCESSDuring the ITER Conceptual Design Activity (CDA), overall design study of diagnostic systems for the next generation machine was performed for the first time. Three Workshops on Plasma Diagnostics were held. Starting from reviews of operating experience with diagnostics on currently operating devices and early concepts of the requirements for plasma measurements, a set of diagnostics for the full operation of ITER has been developed. This report summarizes the results of these design activities and design integration efforts in trying to accommodate these diagnostics into overall ITER concept. In addition, the principal tasks of Diagnostic R & D are also described.View full abstractDownload PDF (2119K) -
Kanya Kusano1991 Volume 65 Issue 5 Pages 528-543
Published: May 20, 1991
Released on J-STAGE: October 22, 2010
JOURNAL FREE ACCESSThe computer simulation has played an important role for the research of reversed-field pinch (REP) physics. Especially, in order to elucidate essential nonlinear mechanisms, the simulation study is a much useful methodology. It is described how the computer simulation has been applied to solve the self-reversal and the self-sustainment processes.View full abstractDownload PDF (1898K) -
Takaya Hayashi1991 Volume 65 Issue 5 Pages 544-555
Published: May 20, 1991
Released on J-STAGE: October 22, 2010
JOURNAL FREE ACCESSIn this lecture series, various kinds of nonlinear dynamics observed in magnetohydrodynamic plasmas and particle kinetic plasmas are described. There, it is emphasized that the computer simulation has been cultivating a new trend in physics to study fertile physical processes involved in these plasmas. In this lecture, the computer simulation study, which has been developed in accordance with the development of computers, is applied to clarify magnetohydrodynamic phenomena of helical systems in which the plasma has intrinsically threedimensional structure.View full abstractDownload PDF (1360K) -
Tsuguturo Watanabe1991 Volume 65 Issue 5 Pages 556-580
Published: May 20, 1991
Released on J-STAGE: June 02, 2011
JOURNAL FREE ACCESSThis paper is concerned with the computation of plasma dispersion function
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as well as its derivatives Z′ (ξ), Z′′ (ξ), Z′′′ (ξ) for complex ξ, A compact and efficient computer program is presented which has an accuracy of order 10-15View full abstractDownload PDF (1967K)
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