The 2-Minute Rule for CLBO Crystal
The 2-Minute Rule for CLBO Crystal
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On this paper, The brand new lapping slurry and polishing slurry are introduced. Along with the deliquescence diploma of CLBO is fallen to lowest. A fresh working engineering is likewise adopted. Soon after rough sharpening, the concentration of ultra-precision polishing slurry is improved appropriately. So does the extremely-precision sharpening pace, along with the wiping velocity is quicker in comparison to the deliquescence pace. The CLBO crystal surface area roughness can accomplish 1nm and preserve the surface area high-quality very well. Entry by means of your establishment
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The standard electrical power of your NIR laser nevertheless has the probable to generally be improved to tens of watts for example 70 W [26] if the double-pass configuration may very well be used for your Yb:YAG SCF amplifier stage. That's why, Should the conversion performance of 31% from NIR to DUV could possibly be continue to managed at this increased electrical power issue, the normal output electric power of your DUV laser at 258 nm can be more than twenty W, which might be described as a outstanding electrical power degree for your DUV laser and result in the unanticipated DUV laser machining outcomes. Moreover, for top-electricity DUV laser, the UV injury from the nonlinear crystal, such as the windows for CLBO crystal and the mirrors, is another essential parameter for long-lasting and secure operation.
On the flip side, the beam quality of this better power DUV laser would turn out to be worse on account of additional really serious thermal and nonlinear consequences. As a result, the frequency conversion processes needs to be diligently made to mitigate the aforementioned results. Hence, a substantial-ability DUV laser in the FHG of 1 μm with a great beam top quality may be received and will be helpful for obtaining the shorter wavelength DUV lasers for example 193 nm by SFG.
The two the 1040 nm and 1078 nm laser come from 1 twin-wavelength Yb-doped fiber laser. Each individual laser is amplified by phases of fiber amplifier and Yb-doped resources amplifier, respectively.
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In addition, combining the good-state laser with other nonlinear approach like stimulated Raman scattering, NIR lasers may very well be obtained at new wavelengths with substantial energy and superior beam high-quality, which was examined from the evidence-of-theory experiment. This Raman laser scheme provides a new path to the large-electricity DUV laser, especially with the wavelength of 193 nm.
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