Here we will map out the different structures of Sabatier volcano plots based on definitions of the five key parameters of single-reaction (A-to-B) reversible catalytic systems. Example systems representative of the different kinetic regimes associated with different kinetic parameter combinations are simulated as catalytic reactors to explore the ability of the dynamically oscillating catalyst surface to preferentially promote catalytic turnover frequency. Selected systems are evaluated within the context of the forced oscillator parameters of imposed surface binding energy frequency, amplitude, amplitude position, and oscillating waveform. Specific conditions are identified leading to surface resonance and enhanced overall catalytic rate relative to the Sabatier maximum, while other conditions preferentially promote a steady state condition differing from equilibrium.