The ultra-high magnetic fields produced by cylindrical implosions are expected to be of increasing interest for solid state physics applications, plasma compression for fusion, and isentropic compression of condensed matter. Calculated one-dimensional time-dependent radius and magnetic field behavior during the compression process will depend on the descriptions of material equations of state, conductivities, strength of materials, high-explosive type and model, temperature, geometric dimensions of the implosion system, and the numerical models. The influence of some these parameters on calculations of the magnetic field and liner properties is described in this paper.
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