In the simulations of Figure -12F, the heat and entropy of reaction were zero, indicating that the system should achieve only 50% composition of both A and B in the gas phase (green) at thermodynamic equilibrium. However, the broad color range associated with the concentration at oscillatory steady state indicates that there exist catalytic conditions yielding substantial shift away from equilibrium as high as >99% yield of B for all oscillation frequencies above 1.0 Hz and oscillation endpoints above about 0.2 eV. This region of high conversion to B at steady state extends over a broad range that ends at lower oscillation endpoints before transitioning into a region favorable to forming the reactant species. Frequencies this slow and even as high as 0.1 Hz are achievable for all conceivable experimental methods of imposing oscillatory surface binding energy of adsorbates including oscillating electric fields and surface stress/strain.