期刊
JOURNAL OF APPLIED PHYSICS
卷 129, 期 4, 页码 -出版社
AMER INST PHYSICS
DOI: 10.1063/5.0034861
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资金
- American University of Sharjah (Common Research Facility) [FRG AS1801]
This study reexamines the mechanism of resonance enhancement of a single harmonic during high-order harmonic generation in indium, zinc, and chromium-contained atomic and molecular plasmas. It was found that oxides, selenides, and phosphides of these metals notably reduce the enhancement of a single harmonic due to either a shift of the ionic transitions possessing strong oscillator strength out of the wavelength of those harmonics or a reduction of the oscillator strength of these transitions. The application of different wavelengths of driving pulses drastically changes the enhancement of a single harmonic in indium-contained plasmas.
The mechanism of resonance enhancement of a single harmonic during high-order harmonic generation in indium-, zinc-, and chromium-contained atomic and molecular plasmas is reexamined using single-color and two-color pumps of ablated species. We demonstrate that oxides, selenides, and phosphides of these metals notably reduce the enhancement of a single harmonic compared with purely atomic plasma due to either a shift of the ionic transitions possessing strong oscillator strength out of the wavelength of those harmonics or a reduction of the oscillator strength of these transitions. The role of oscillator strength in harmonic enhancement is discussed and compared with improvements in phase-matching conditions for some harmonics in the region of anomalous dispersion of ionic transitions. The application of different wavelengths of driving pulses drastically changes the enhancement of a single harmonic in indium-contained plasmas.
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