Abstract
A new method for the efficient removal of an organic polymer is described. Fragments on the order of 1 mm diam are produced when a 0.02 J, 5 ns pulse of 532 nm light is focused into a red organic polymer that is coated on the front side of a transparent window. Quantities as large as 200 μg and craters as deep as 200 μm have been ablated in a single laser pulse. The large mass particles resulting from the ablation generate high transient pressures on the order of 100 kbar.
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