We show that supercontinuum generation in a fiber containing a Bragg grating exhibits .103 enhancement near the Bragg resonance wavelength. We also show that the grating dispersion exceeds the waveguide dispersion over a bandwidth far in excess of its photonic band gap. The observed enhancement is consistent with nonlinear Schrodinger equation simulations of the supercontinuum formation that combine grating and waveguide dispersion.|We show that supercontinuum generation in a fiber containing a Bragg grating exhibits .103 enhancement near the Bragg resonance wavelength. We also show that the grating dispersion exceeds the waveguide dispersion over a bandwidth far in excess of its photonic band gap. The observed enhancement is consistent with nonlinear Schrodinger equation simulations of the supercontinuum formation that combine grating and waveguide dispersion.

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