Which outcome occurs when a semiconductor's crystal lattice contains impurities causing localized Mid-Gap states during electron excitation?

💡 Explanation

When mid-gap states exist and electrons are excited, increased electron-hole recombination occurs because these states act as stepping stones for electrons to lose energy radiatively, decreasing efficiency. Therefore increased radiative recombination results, rather than mobility changes or de-trapping, which involve other mechanisms

• Which consequence results when hydraulic fluid viscosity increases at low temperatures?
• Which mechanism limits conversion rate of ammonia synthesis over a heterogeneous iron catalyst at industrial conditions?
• Which risk increases when rapid crystal growth exceeds diffusion limits?
• Within a microwave oven with a rotating platform, which outcome affects the heating caused by non-uniform wave patterns?
• Which outcome occurs when excessive vibration perturbs laser mirrors?
• Which outcome results when exceeding the flame speed limit in a pulse detonation engine?