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JOURNAL OF PLASMA AND FUSION RESEARCH
The Journal of the Japan Society of Plasma Science and Nuclear Fusion Research Vol. 93, No.1, January 2017
Prologue ........................................................................................................................ HIRANO Toshio 1 Front Runner
Development of Beam Emission Spectroscopy: Clarifying Spatiotemporal Structure of MHD
and Turbulent Fluctuations ........................................................................ KOBAYASHI Shinji 2
Commentary
Radiation Reaction - from Classical Physics to Quantum Fields ................................................... SETO Keita 10 Special Topic Articles
Current Trends of Nuclear Fusion Research by Companies
1. Introduction ...................................................................................................... ASAI Tomohiko 18 2. Entrepreneurial Spirits and Fusion Research in North America .................................... TAJIMA Toshiki 21 3. Nuclear Fusion Research by Tri Alpha Energy ..................... GOTA Hiroshi and BINDERBAUER Michl W. 24 4. Nuclear Fusion Research at Tokamak Energy Ltd.
....................................... WINDRIDGE Melanie J., GRYAZNEVICH Mikhail and KINGHAM David 28 5. General Fusion Development Program for Acoustic Magnetized Target Fusion ............... LABERGE Michel 32 6. R & D Toward Highly Repetitive Laser Fusion Demonstration
.................................... SATOH Nakahiro, MATSUKADO Koji, WATARI Takeshi, SEKINE Takashi, TAKEUCHI Yasuki and KAWASHIMA Toshiyuki 38 7. Summary and Discussion .............................................................................. KISHIMOTO Yasuaki 42 Information .......................................................................................................................................... 47 Plasma & Fusion Calendar ..................................................................................................................... 57 Announcement .................................................................................................................................... 59
Cover
The Gerdien condenser inner electrodes exhibit varied surface condition after 180 minutes exposure to ambient air. The picture shows the results for (a) aluminum, (b) copper, and (c) nickel. Although copper demonstrates the most noticeable surface change, aluminum and nickel also displayed altered surfaces visible to the naked eyes. It is presumed that the adsorbates that have developed on the electrodes are naturally occurring oxide layers on exposed metal surface but with patterns relevant to ion collection and exposure to atmospheric pressure plasma. (Ma Camille C. LACDAN and Motoi WADA, Plasma and Fusion Research, Vol.11, 1401121 (2016) http://www.jspf.or.jp/)
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The Japan Society of Plasma Science and Nuclear Fusion Research
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Tel (052)735-3185, Fax (052)735-3485, E-mail: plasma@jspf.or.jp, URL: http://www.jspf.or.jp/