SEARCH Articles Figures Tables Absolute Rate (Transition State) Theory and the Activated Complex Absolute rate activation parameters Activated charcoal sampling rate Activated complex theory dissolution rate Activated complex theory reaction rate Activated complex, rate calculation Activated dynamics rate constant Activated rate processes Activation Energy and Pre-Exponential Factors in the Reaction Rate Constant Expression Activation Energy and Reaction Rate Constant Activation Energy and Temperature Dependence of Rate Constants Activation Energy and the Temperature Dependence of Rates Activation Parameters Directly from Reaction Rates Activation energy and rate constant Activation energy and rates Activation energy and reaction rate Activation energy and specific rate constant Activation energy for growth rates Activation energy rate equation parameters Activation free energy forward rate constant Activation free energy heterogeneous rate constant Activation free energy rate constant Activation parameters rate constant Activation rate Activation rate Activation rate constant, relation Activation rate constants Activation rate, maximum Activation temperature termination rate Activation, energy absolute rates Activation-controlled rate constants Active Center Interconversions and the Determination of Absolute Rate Constants Active Intermediates and Nonelementary Rate Laws Active center rate-determining Active pharmaceutical ingredient dissolution rate Active protection systems application rates Activity and Counting Rate Activity exhalation rates Activity rate Activity-based reaction rate expression Apparent activation energy rate constant Apparent activation energy rate limiting steps Atom transfer radical polymerization activation rate constants Biological activity, effect reaction rates Cardiac Activity Additional heart rate Cardiac Activity Heart rate Cardiac Activity Heart rate variability Catalytic Rates and Activation Energies on Catalyst Work Function Catalytic activity reaction rates Catalytic rates, activated energies Chemical reaction rates activated complex theory Chemisorption measure the rate and activation energy of adsorption Daughter activity, formation rate Different Theories of Bimolecular Rate Constants Experimental Activation Energies Diffusion activated rate process Enzyme activation rate equation Enzyme activation reaction rate Enzyme catalysis, activation energy initial reaction rate Enzyme catalysis, activation energy reaction rate Falsification of Rate Coefficients and Activation Energies by High rate activated sludge How Activation Energies Affect Reaction Rates Molecular activation-limited rate constant Oxidative activation rate constants Oxygen activation rate constants Physical/thermal activation process rates Radical polymerization activation rate constants Rate Enhancement and Activation Energy Rate Information from an Optically Active Ether Rate activation energy Rate constant activation control Rate constant activation energy Rate constant from activated complex theory Rate constant of activation Rate constant, activated oxygen Rate constants and activation parameters for Rate constants and activity energies Rate of Stress-activated Chain Scission Rate of depassivation (activation) Rate, of activation Rate-determining step activation energy Rates activation-controlled Reaction Rates at Enzyme Active Sites Reaction rate activation energy Reaction rate constants activation volume Reduction potential as a predictor of drug activation rates Structure-activity relationship, reaction rates Temperature Dependence of Rate Constants Activation Energies The Activated Complex Theory of Bimolecular Chemical Reaction Rates in Dilute Gases The influence of a constant and thermally activated relaxation rate Thermally activated processes, rate Yield as an Activated Rate Process Yield as an activated rate process the Eyring equation