SEARCH Articles Figures Tables A Comparison of Steady State Procedures and Equilibrium Conditions in the Reversible Reaction Analytical Solution for the Steady State Approach to the Steady State Competition between recombination and electron transfer (the steady state case) Control of the steady state Electrocatalysis at Polymer-Modified Electrodes The Steady-State Response Estimating the Diffusion Depth and Time to Approach Steady State Factors Affecting the Steady State Kinetic Constants Falling Off the Steady State Further problems on steady states and the Rice-Herzfeld mechanism Gradient-recalled acquisition in the steady state Indicative of the steady-state Ion Implantation and the Steady State Concentration Kinetics of the steady state Limitations on non-steady-state kinetic behaviour imposed by the reaction mechanism Local Stability of the Steady-Sliding State Multiplicity of the Steady-State Regimes On the Extremum Properties of Thermodynamic Steady State in Non-Linear Systems Preliminaries on the Uniqueness of Steady States Properties of the Steady-State RGA Quality of the Joule steady-state flow process Quasi-Steady-State Approach to the Kinetics of Spreading Reactions and the Steady State Reactions and the Steady-State Assumption Release of fission products to the coolant during steady-state operation Response in the steady state Solution of the Steady-State Equations Solution of the Steady-State PFR Solutions of the Steady-State Atmospheric Diffusion Equation Some simple solutions to the diffusion equation at steady state Steady-State Conversion in Terms of the Feed Concentration Steady-State Example No. 3 The Lindemann Mechanism Steady-State Problems in the CCL Steady-State Volume in terms of the Feed Rate Steady-state Modeling of the SCR Reactor Steady-state studies of the recombination probability THE DETONATION WAVE Steady-State Detonations TUBE and TUBED - Tubular Reactor Model for the Steady State TUBE and TUBEDIM - Tubular Reactor Model for the Steady State The Diffusivity Tensor for Steady-State Shear and Elongational Flows The Heat-Flux Vector in Steady-State Shear and Elongational Flows The Open-Circuit Steady State The Pseudo-Steady-State Approximation The Quasi Steady State Approximation The Quasi-Steady State Hypothesis The Quasi-Steady-State Assumption The Steady State Assumption The Steady State Compliance Je The Steady State Equations The Steady State Model The Steady State Principle The Steady State TMB Model The Steady-State Approximation The Steady-State Compliance The Steady-State Concentration Method The Steady-State Problem The Steady-State Size Distribution The Steady-state Cycle The energy equation for general steady-state flow The extended steady-state approximation The model, steady states and stability The pseudo-steady state mode test The quasi-steady-state approximation (QSSA) The stability of steady states The steady-state and partial-equilibrium approximations The steady-state approximation (SSA) The steady-state density and rate coefficient The steady-state rate coefficient The study of kinetics by steady-state measurements Time Dependence - The Transient Approach to Steady-State and Saturation Kinetics Time Dependence—The Transient Approach to Steady State Transients in the CSTR with Multiple Steady States Two Examples from Biology The Quasi-Steady-State Assumption Use of the Steady-State Approximation Validation of the Steady State Combustion with WSB Model