Effect of cladding parameters on supercontinuum generation in water core photonic crystal fiber

The effect of cladding parameters such as air hole size and pitch, on supercontinuum generation in water core photonic crystal fiber is studied numerically. The influence of cladding parameters on the supercontinuum generation is confirmed in water core photonic crystal fiber which exhibit reorientational characteristics of molecules. Variation in the rate of dispersion as a function of airhole size is found to be the reason for modifications of pulse propagation characteristics in the core.