Abstract
We present a modified nanoplasma model to describe the interaction of intense laser pulses with rare-gas clusters of nanometric size. Compared to previous models, the model relies on a better description of the collisional processes and allows one to obtain highly charged ion populations and associated x-ray spectra in accordance with experimental findings. We further study the x-ray emission dependence on pulse duration and cluster size and show that these parameters can be optimized to maximize $\text{He}\text{ }\ensuremath{\alpha}$ production.
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Schedule a callMore From: Physical review. A, Atomic, molecular, and optical physics
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