Which risk increases during fuel cell operation at excessively low reactant flow rates?

💡 Explanation

Reduced reactant flow starves the anode, altering the electrode potential; because oxidation kinetics shift unfavorably, interfacial corrosion via the Nernst potential accelerates, rather than producing desirable products; therefore, corrosion increases rather than improves cell operation.

• Which outcome results during the inelastic collision of buckyballs with electrons?
• Which mechanism causes turbulent flow rather than laminar flow in a hydraulic system surpassing its design limits and pressure?
• Which risk increases when crossed polarizers cause extinction?
• Which mechanism causes signal degradation in long, unshielded twisted pair data cables located close to power transformers?
• In a double quantum-dot system connected via tunnel barrier, which outcome decreases current flow when microwaves match inter-orbital energy?
• Which outcome occurs when pressure-treated wood submerged in seawater?