The stimulated Raman amplification of picosecond Stokes pulse is numerically investigated in ultra-small
silicon-on-insulator optical waveguide. Numerical results show that we obtain the gain of up to 30-dB for weak Stokes
pulse in the co-propagation configuration for 10-mm-longth waveguide using high intensity pump optical pulse. The
peak gain, pulse width, rise time, and fall time of Stokes pulse will experience the variation course of decaying then
increasing with increasing waveguide length. The time delay of output Stokes pulse is controlled by adjusting the initial
time delay of both pump and Stokes pulses.
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