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

RECUR

Nuclear Outlines and Nomenclature,iggered gas switches. Several hundred switch channels closing in < 3 nsec will be required to produce a 10 nsec risetime output pulse. The voltage pulses are then transmitted through the disc-shaped transmission lines to the back-to-back diodes where the electron beams are generated and focused onto a spherical target.

Carbon-Monoxide

Medical Management of Meningiomas,e jumps are detrimental to the efficient use of the explosive energy. With helical generators only 5 % of the energy is transferred into magnetic energy, to be compared to the computed value of 20 % in the case of bellows generating 15 MA in 40 nH with an e-folding time of 70 μsec.

Unsaturated-Fat

盟軍

Theoretical and Experimental Study of Explosive Driven Magnetic Field Compression Generatorse jumps are detrimental to the efficient use of the explosive energy. With helical generators only 5 % of the energy is transferred into magnetic energy, to be compared to the computed value of 20 % in the case of bellows generating 15 MA in 40 nH with an e-folding time of 70 μsec.

憤怒歷史

Book 1976olved in energy compression, switching, and storage who have a major interest in plasma physics, electron beams, electric and magnetic energy storage systems, and high voltage and high current switches. Areas of interest include: Slow systems: 50-60 Hz machinery, transformers, flywheel-homopolar gen

煩憂

William A. Friedman,Frank J. Bova minimize the size of the commutating capacitor. The output of the system is taken from the secondary of the transformer, and will be used to drive imploding liners as part of the LINUS program. The rationale of this approach is discussed and the prototype module is described.

輪流

高腳酒杯

CROAK

Energy Storage, Compression, and Switching in a Theta-Pinch Fusion Test Reactorze eddy current losses. These wires are presently used in a 10 kA braided conductor for 300 kJ pre-prototype coils, and can withstand field changes of ~ 10. gauss/sec without inducing normal transitions. Three such 300 kJ coils are being constructed in industry for the LASL program.

Emasculate

Design of Very Fast Rise and Fall Time, Low Impedance Megavolt Pulse Generators for Laser Excitation 2 MeV, 200 kA generator with 10–90% rise and fall times of 10 ns, and a 1 MeV, 100 kA generator with rise and fall times of less than 5 ns. The design of these machines and their measured output characteristics are presented in this paper.