Titlebook: Magnetocumulative Generators; Larry L. Altgilbers,Igor Grishnaev,Iaroslav Tkach Book 2000 Springer Science+Business Media New York 2000 Ge

氣候

chemoprevention

Experimental Methods and Techniques,th a general outline of an MCG laboratory. The second part of the chapter presents important practical aspects of the various technologies that need to be associated with an MCG, either in order to match its output to the load in a particular application or to construct an autonomous very high energy multiplication system.

發(fā)展

JAUNT

978-1-4612-7053-9Springer Science+Business Media New York 2000

ZEST

condescend

VAN

magenta

Magnetocumulative Generator Physics and Design,characterized by high pressure, high current density, and high temperature. The deformation of a magnetic field by an explosive-driven conductor is described by the ., which can only be solved by numerical methods. Modern computers allow these calculations to be performed for specific MCG designs, b

Accomplish

Magnetocumulative Generators,elerated as the result of an explosion, moves through a magnetic field, which, in turn, does work against magnetic forces and induces an electromotive force in a second conductor that surrounds the magnetic field. If the deformation of the magnetic field is sufficiently fast, the magnetic flux will

性別

Pulse-Forming Networks,n hundreds of megaamperes. Transferring the corresponding large amount of energy into different types of loads poses a major problem, because the inductance of the MCG is smaller than that of the load. When the load is series connected to the MCG, efficient operation is only possible when the load p