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Laser ablative shaping of plastic optical components for phase control

机译:塑料光学元件的激光烧蚀整形,用于相位控制

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摘要

A new scheme for phase control of optical components with laser ablation has been developed.One can ablate the surface shape of optical plastic material coated on a glass plate by using193-nm laser light to control the transmission wave front. The surface shape is monitored in situ and corrected to attain the desired aberration level. The irradiation fluence is approximately 40 mJ/cm↑(2), and the ablation depth/pulse is approximately 0.01 μm/pulse for UV-cured resin. A wave-front aberration of 3.0λ is reduced to 0.17 λ for fiat surface shaping. For spherical surface generation, an aberration of2.5λis reduced to 0.2 λ. The increase in surface roughness is kept within acceptable levels. # 1999 Optical Society of America OCIS codes: 220.0220, 220.1000, 220.4610.
机译:提出了一种利用激光烧蚀控制光学元件相位的新方案,即可以通过使用193 nm激光控制透射波阵面来烧蚀涂覆在玻璃板上的光学塑料材料的表面形状。表面形状被原位监测并且被校正以获得期望的像差水平。辐照通量约为40 mJ / cm↑(2),对于UV固化树脂,烧蚀深度/脉冲约为0.01μm/脉冲。对于平坦表面整形,将3.0λ的波前像差减小至0.17λ。为了产生球面,将2.5λ的像差减小到0.2λ。表面粗糙度的增加保持在可接受的水平内。 #1999美国光学学会OCIS编码:220.0220、220.1000、220.4610。

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