Abstract
Over 2 mW of continuous-wave tunable 194-nm light is produced by
sum-frequency mixing approximately 500 mW of 792-nm and 500 mW of 257-nm
radiation in beta-barium borate (BBO). The powers in both fundamental beams
are enhanced in separate ring cavities whose optical paths overlap in the
Brewster-cut BBO crystal. Due to the higher circulating fundamental powers,
the sum-frequency-generated power is nearly 2 orders of magnitude greater than
previously reported values.
© 1997 Optical Society of America
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