Array on array circuit studies for ICF radiation pulse tailoring

In developing stainless-steel (SS) and copper wire-array X-ray sources on the Z machine, we consider the optimization of K-shell yield as a function of load height. Theory, numerical modeling, and experimental data suggest that an optimum exists corresponding to a tradeoff between the increase in radiating mass and the decrease in coupled current with increasing pinch height. A typical load height of 20 mm used on many previous Z wire-array X-ray sources is found to be near optimal for K-shell yield production in SS and copper implosions. Electrical data, pinhole imaging, and spectroscopy are used to study plasma conditions in wire-array z pinches corresponding to the variation in K-shell power and yield per unit length as the pinch height is changed from 12 to 24 mm.

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Array on array circuit studies for ICF radiation pulse tailoring

Cited by 2 publications

References 1 publication

Demonstration of Radiation Pulse-Shaping Capabilities Using Nested Conical Wire-Array $Z$-Pinches

Demonstration of Radiation Pulse-Shaping Capabilities Using Nested Conical Wire-Array $Z$-Pinches

Wire-Array Z-Pinch Length Variations for K-Shell X-Ray Generation on Z

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