Which risk increases when a high-powered laser engraving aluminum?

💡 Explanation

Increased surface plasmon resonance becomes likely, because the laser’s energy couples with electron oscillations and amplifies the light field at the aluminum's surface leading to greater heating/damage. Therefore, the sample may melt, rather than cleanly ablate because lower resonance means less concentrated energy.

• Which consequence results when electron overlap exceeds a stability threshold in a molecular exciton device?
• Which outcome occurs when continuously increasing the temperature of industrial ammonia synthesis catalytic reactor?
• Which outcome occurs when polarized light encounters chiral molecules?
• Which consequence occurs when heavy isotopes accumulate unevenly within centrifuges enriching uranium?
• Which outcome occurs when a GPS satellite's gravitational potential energy increases at orbital altitude, relative to Earth's surface?
• Which condition causes increased contrast in reflective polarizer LCDs?