Which risk increases when a high-powered laser etches silicon?

💡 Explanation

Laser etching involves rapid heating; ablation may create plasma above the silicon due to localized, high energy density from the photons through inverse bremstrahlung. Therefore, plasma ignition is a risk, rather than induced tensile strength because the process is material ablation.

• Which outcome follows when a fluid exceeds Reynolds Number threshold within a venturi?
• Which mechanism accounts for the deviation of starlight near a black hole when space is heavily curved?
• Which risk increases when the wave function for electrons in a semiconductor rapidly changes?
• Which outcome occurs when xenon-135 builds up excessively within a nuclear reactor?
• Which consequence results when biofuel combustion preheating fails?
• Which consequence results when laminar flow assumptions violate Bernoulli's equation?