Which risk increases when a chemical reactor nears runaway?

💡 Explanation

An accelerant drives higher reaction rate output, resulting in rapid temperature increase because thermal runaway is caused by autocatalysis. Thus the reaction rate increases faster, therefore accelerating and risking explosion rather than temperature control easing.

• Which outcome occurs more intensely near dense objects, exhibiting the principle of equivalence?
• Which outcome changes when adding inert gas to a closed-system equilibrium?
• Which consequence results when dielectric breakdown surpasses a threshold voltage during terahertz pulse propagation inside a waveguide?
• Which outcome occurs when highly charged ions accumulate excessively near a desalination membrane?
• In a catalytic converter operating below optimal temperature, which outcome is accelerated due to boundary layer effects?
• Which outcome occurs when rapidly compressing refrigerant gas beyond its critical point?