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← ScienceWhich material degradation risk increases when a high-powered laser induces thermoelastic stress?
A)Laser-induced backside etching
B)Photochemical bond scission
C)Fatigue crack propagation✓
D)Stress corrosion cracking
💡 Explanation
Fatigue crack propagation accelerates because cyclical thermoelastic stress leads to microcrack formation and growth, therefore answer C rather than etching which requires specific ablation, or corrosion which requires reactive environment.
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