The theoretical studies for spontaneous-pulse-mode-locking laser with single straight nonlinear cavity
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Received Date:
1994-01-15
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Abstract
A new principle for spontaneous-pulse-mode-locked laser is first presented,in this paper.The principle mainly is that a optical element is inserted into a single straight cavity to construct a nonlinear cavity to realize the spontaneous mode-locking operation.The physical model and mathematical equations of the laser are established. The results of numerical calculation have been analyzed.The selt-starting APM condition,the optimum operating condition and the relationship between design parameters and ratio of pulse-width-shortening are analyzed.The calculation results can be used in various laser system.
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