Which outcome accelerates the destabilization of perovskite solar cell structure during prolonged light exposure in humid conditions?

💡 Explanation

When exposed to light and humidity, iodide ion migration occurs because the perovskite structure is not perfectly stable; this induces halide segregation into distinct phases which stresses the lattice and lowers efficiency. Therefore, iodide ion migration promotes phase segregation, rather than passivation, stabilization or slowing efficiencies which occur under different environmental factors.

• Which outcome results when a fluid's Reynolds number surpasses a critical threshold within a centrifugal pump?
• Which mechanism triggers degradation in polymer electrolyte membrane fuel cells operating at high humidity?
• Which consequence occurs when fluid viscosity dominates in pipes?
• Which mechanism causes polymers to exhibit increased elasticity above glass transition temperature?
• Which phenomenon impedes miniaturization of ferromagnetic hard drives?
• Which consequence occurs when a laser beam encounters imperfections within a fibre optic cable?