X-ray diffraction enables measurement of in-situ ablation depth in aluminum

X-ray diffraction enables measurement of in-situ ablation depth in aluminum



When laser energy is deposited into a target material, many complex processes occur on length and time scales that are too small to see. To study such processes and ultimately improve them, researchers look to computer modeling. However, these simulations rely on an accurate equation of state (EOS) model to describe the thermodynamic properties of the target material – such as pressure, density and temperature – under the extreme conditions generated by the intense heat of the laser pulse.