All-solid-condition ultraviolet lasers have been broadly Employed in the fields of mechanical flaw detection, lithography, micromachining and medicine for the benefits of small volume, prolonged lifetime, substantial effectiveness, great beam quality, large tuning and slim spectral line, and so forth. Employing higher ability in the vicinity of-infrared coherent light-weight source as the elemental frequency source depending on nonlinear tuning technological innovation, generating ultraviolet coherent radiation by multistage frequency conversion is considered a significant solution to build the ultraviolet coherent gentle supply.
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For illustration, The existing concave OC could get replaced by a aircraft mirror which could mitigate the power density around the surface of M1 plus the diamond. What's more, working with large damage threshold coatings for M1 and diamond would also Enhance the output energy with none damages. Then, the NIR laser within the 2nd Stokes wavelength may be high enough, and also its good beam quality, to make the ultimate DUV laser at 193 nm by using a high normal energy.
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Both equally the 1040 nm and 1078 nm laser come from one twin-wavelength Yb-doped fiber laser. Just about every laser is amplified by stages of fiber amplifier and Yb-doped products amplifier, respectively.
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Its UV absorption edge reaches one hundred eighty nm. The powerful nonlinear optical coefficient of CLBO for frequency doubling at 1064nm is about two times as significant as that of KDP. CLBO crystals is often grown from the stoichiometric soften with reduce viscosity.
The development of the 193-nm laser was demonstrated by levels of SFG. So that you can scale the DUV laser electric power successfully, a different idea with the 193-nm DUV laser technology is presented determined by the diamond Raman laser.