High power fiber delivery for laser ignition applications
AP Yalin - Optics express, 2013 - opg.optica.org
Optics express, 2013•opg.optica.org
The present contribution provides a concise review of high power fiber delivery research for
laser ignition applications. The fiber delivery requirements are discussed in terms of exit
energy, intensity, and beam quality. Past research using hollow core fibers, solid step-index
fibers, and photonic crystal and bandgap fibers is summarized. Recent demonstrations of
spark delivery using large clad step-index fibers and Kagome photonic bandgap fibers are
highlighted.
laser ignition applications. The fiber delivery requirements are discussed in terms of exit
energy, intensity, and beam quality. Past research using hollow core fibers, solid step-index
fibers, and photonic crystal and bandgap fibers is summarized. Recent demonstrations of
spark delivery using large clad step-index fibers and Kagome photonic bandgap fibers are
highlighted.
The present contribution provides a concise review of high power fiber delivery research for laser ignition applications. The fiber delivery requirements are discussed in terms of exit energy, intensity, and beam quality. Past research using hollow core fibers, solid step-index fibers, and photonic crystal and bandgap fibers is summarized. Recent demonstrations of spark delivery using large clad step-index fibers and Kagome photonic bandgap fibers are highlighted.
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