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Journals and Conferences
The effects of spurious loss and gain from error are investigated in numerical simulation of four-wave mixing. Results are compared to previously published results and it is demonstrated that these data suffered from erroneous gain.
A comparison is made between DC-induced three-wave mixing under an on-off quasi-phase-matching scheme and a perfectly phase-matched four wave mixing process. It is shown that the DC-induced process is capable of producing a significantly larger conversion efficiency than the four wave mixing process. Despite the fact that it suffers greater effects of… (More)
A comparison is made between DC-induced three wave mixing and four wave mixing processes. Enhanced nonlinear generation terms offer significant advantages for the DC-induced process across a wide range of pulse widths despite dispersion disadvantages.