High-repetition rate, structured liquid target development for intense laser-plasma interactions
ORAL
Abstract
Rapid advancements in high-repetition rate laser systems necessitate improvement in target capabilities. Using liquid micro-jets and micron-scale liquid droplets, we produce thin film sheet targets and free standing structured targets for high-repetition rate laser-plasma experiments. We present an overview of the target system used with the Extreme Light Group at Wright Patterson Air Force Base and several achievable structured target geometries. We also present particle-in-cell simulations on the reduced mass structured targets to demonstrate their applicability in laser driven sources of ions and electrons.
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Authors
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Joseph Snyder
Miami Univ - Hamilton, Miami University
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Joseph Smith
Ohio State Univ - Columbus, The Ohio State University
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John Morrison
Innovative Scientific Solutions, Inc.
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Kevin George
Innovative Scientific Solutions, Inc.
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Scott Feister
California State University Channel Islands, California State University, Channel Islands
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Kyle Frische
Innovative Scientific Solutions, Inc.
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Gregory Ngirmang
National Academies of Sciences, Engineering, and Medicine, National Academy of Sciences, Engineering, and Medicine, AFRL
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Chris Orban
Ohio State Univ - Columbus, The Ohio State University
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Enam Chowdhury
The Ohio State University
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Andrew Caswell
Air Force Research Lab