Abstract
The theory of the growth of the total first-order Raman stokes power with the
corresponding depletion of the laser pump power in optical fibers is examined.
Numerical solutions are given for circumstances where the losses at the pump and
Stokes wavelengths are unequal. The nature of the power-coupling process and the
depletion of the total power at all wavelengths can be described without a full
analytical solution. The variation of the output power with respect to input
power when the fiber length is a constant is also studied.
© 1986 Optical Society of America
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