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Titlebook: Energy Storage, Compression, and Switching; W. H. Bostick,V. Nardi,O. S. F. Zucker Book 1976 Plenum Press, New York 1976 Generator.design.

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Techniques for Reducing Toxicity After SBRT,r is shown to be inherently more efficient for transferring energy from the outer magnetic field to the liner. Finally, certain practical problems of liner formation and replacement in a fusion reactor vessel are briefly discussed.
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Book 1976and attendees (and their supporting institutions, and companies), everyone of whom in his own measure helped to make the conference a success. The Editors further wish to thank the members of the Scientific Committee for the help they have given in organizing the conference and in editing, especiall
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Measurements of a Low Impedance, Large Area 100 kV Diode in the diode. A uniform line pinch is formed, 60 cm long by about 1 cm wide. Pinch current has been measured as a function of time. The average electron flow is at a very small angle to the tungsten anode. Tungsten is vaporized and melted on each pulse, but the quantity of material removed is much
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High-Power Pulse Generation Using Exploding Fusesated and were found to be in general agreement with experiments. Voltages of more than 200 kV were generated in 50 nsec pulses and voltages in excess of 400 kV were generated in 25 nsec pulses. Of the foil materials tested, copper was found to give the best performance. This result is believed to be
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Magnetically Driven Metal Liners for Plasma Compressionr is shown to be inherently more efficient for transferring energy from the outer magnetic field to the liner. Finally, certain practical problems of liner formation and replacement in a fusion reactor vessel are briefly discussed.
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