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Assessment of the time-dependent density functional theory for investigating femtosecond laser energy absorption by metals
Measuring and predicting the absorption of laser energy by crystalline materials is of high interest for improving control in laser processing of solids  . Depending on the choice of laser parameters and of materials, a wide range of phenomena can affect the absorption dynamics of the intense light . As a result, several kinds of theoretical descriptions are being developed to investigate this problem based on the Drude formalism, fi nite temperature DFT, combining DFT with twodoi:10.24412/cl-35039-2021-21-19-19 fatcat:krohic3iajcvxm2srxmg6d3ifm