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We study the suppression of noise degradation in high-power soliton-inducedsupercontinuum generation under the influence of plasma contributions inmetallic dielectric-coated hollow waveguides. The high coherence of thesupercontinuum is related to the coherent seed components formed by theabruptly rising plasma density. We predict the generation of highly coherentsupercontinua with two-octave broad spectra and spectral power densities in therange ofMW/nm in such waveguides.

Suppression of coherence degradation due to plasma contribution in high-power supercontinuum generation in coated metallic hollow waveguides