Which outcome occurs when amorphous silicon in solar panel is heated above glass transition temperature?

💡 Explanation

When amorphous silicon exceeds its glass transition temperature, crystallization occurs because atoms gain mobility and form ordered lattices, leading to reduced light absorption by the previously disordered amorphous structure. Therefore crystallization limits sunlight absorption rather than enhancing conversion efficiency, conductivity, or recombination because these require different changes.

• Which outcome occurs when viscous effects dominate within Bernoulli's equation?
• Which outcome occurs in a capacitive discharge ignition (CDI) system when the silicon-controlled rectifier (SCR) fails to trigger?
• Which mechanism causes destructive effects when surface acoustic wave (SAW) filters receive excessive power?
• Which outcome occurs when a platinum catalyst in a hydrogenation reactor becomes poisoned by sulfur compounds?
• Which risk increases when transmission lines experience icing?
• Which risk during LCD manufacturing arises when substrate alignment drifts?