Harihar Khanal, David Autrique, Vasilios Alexiades
Abstract:
Nanosecond laser ablation is a popular technique, applied in many areas
of science and technology such as medicine, archaeology, chemistry,
environmental and materials sciences.
We outline a computational model for radiative and collisional
processes occurring during ns-laser ablation, and compare the
performance of various low and high order time-stepping algorithms.
Published October 31, 2013.
Math Subject Classifications: 92C45, 35K60, 65M99
Key Words: Laser ablation; ode integration; time-stepper; peer methods;
plasma formation, collisional radiative model.
Show me the PDF file (200 K), TEX file, and other files for this article.
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Harihar Khanal Mathematics, Embry-Riddle Aeronautical University Daytona Beach, FL 32114, USA email: Harihar.Khanal@erau.edu |
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David Autrique Physics, Optimas Research Center - TU Kaiserslautern 67653 Kaiserslautern, Germany email: dautriqu@physik.uni-kl.de |
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Vasilios Alexiades Mathematics, University of Tennessee Knoxville, TN 37996, USA email: alexiades@utk.edu |
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