Hanna, D.C., Pointer, D.J. and Ure, K.A.
A high power synchronously-pumped dye laser with diffraction-limited and transform-limited performance.
IEEE Journal of Quantum Electronics, 22, (7), . (doi:10.1109/JQE.1986.1073095).
The design and performance of a high-power synchronously pumped dye laser is described. Emphasis has been given to achieving bandwidth-limited and diffraction-limited performance so that efficient, reproducible nonlinear frequency conversion can be achieved. Pulses of 1 mJ from Rhodamine 6G and 250µJ from DCM with tuning ranges of 557-584 nm and 609-676 nm, respectively, have been obtained. Second harmonic generation with 40 percent efficiency to ~280 nm and efficient multiple Stokes Raman shifting to cover the range 1.1-1.2µm has been demonstrated. Blue dyes, pumped by third harmonic of Nd:YAG, have been operated. Typically, for Stilbene 3 (peak at 420 nm), pulses of 160µJ were obtained.
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