Which consequence results when the excitation wavelength increases within a semiconductor's absorption band?

💡 Explanation

When excitation wavelength increases within the absorption band, photon energy decreases; therefore, fewer electron-hole pairs are generated, causing photocurrent generation to decrease through reduced *photoelectric effect*, rather than increased carrier recombination or surface concentration.

• Which consequence results when exceeding Eddington luminosity constraints near a black hole?
• Which outcome occurs when an open Rankine cycle operates to the wetness limit?
• Which risk increases when supercritical fission is sustained?
• Which mechanism causes increased signal attenuation during long-distance microwave propagation through moist air?
• Which issue arises when coupling high-power pulsed lasers into optical fibers?
• Which mechanism limits the effectiveness of certain polymers as drug-delivery vehicles at high molar mass?