SEARCH Articles Figures Tables A simple finite difference method for plane, steady-state temperature fields Ab Initio Methods for the Calculation of Excited States Ab initio methods for excited states Advanced ab initio Methods, Density Functional Theory and Solid-state Quantum Mechanics Amorphous state processing methods Arsenic oxidation state determinations, method Assumptions and Derivation of the Basic Transition-State Method Expressions CASSCF method state-averaged Chain of states methods Choices for Standard States in Gamma Methods Computational Methods for Excited States Corresponding states method Coupled states method Data States-method Density of states Monte Carlo method Different DFT-Based Methods Used in the Study of Excited States Diffusion Monte Carlo method excited states Discrete protonation states methods Disposal methods United States Electroanalytical methods, solid state electrodes Electron correlation methods excited states Electronic states density functional method Electronic states self-consistent field method Electronic structure methods for excited states Enzymatic methods solid-state Equation of state approach (Neumanns method) Equation-of-state method Equilibrium Rate Constants. Transition-State Method Equilibrium Theory of Reaction Rates The Transition-state Method Excited states field method Excited states state-specific methods Excited states, approximate methods Excited-state dipole moments solvatochromic methods Excited-state dipole moments solvent-shift methods Excited-state theory, method Excited-state theory, method MMCC) Experimental methods steady state Extended Corresponding States Methods Field optimized initial state method General Excited State Methods Ground state approximate methods Ground state self-consistent field method Ground-state dipole moments - calculate semiempirical methods Ground-state theory, method Ground-state theory, method MMCC) Hamiltonians state specific methods Heterogeneous Electron Transfer Steady-State Methods High-resolution solid-state NMR methods Intermediate state method Iso-state method Liquid Equilibrium Using the Equations of State Method Local states method Low-Lying Excited States of Lanthanide Diatomics Studied by Four-Component Relativistic Configuration Interaction Methods Mass nonsteady state method Mass steady state method Method for Steady State Computations Method of Increments Ground State Method state preparation Method unsteady state Methods of solid-state analysis Mixed-state propagation method Molecular Rydberg states calculation method Molecular modelling solid-state density functional methods Molecular orbital method and sum-over-states perturbation theory Monte Carlo methods transition state theory Non-steady state methods Nonsteady State Methods without Mass Transfer Enhancement Nonsteady state methods Numerical Finite-Difference Methods for Unsteady-State Conduction Numerical Methods for Steady-State Conduction in Two Numerical methods for steady-state conduction Oxidation-state change method Oxidation-state method Perturbation method helium ground state application Perturbed stationary state method Polymers solid state methods Pseudo-steady-state methods Quadrature detection States method Quadrature detection States-TPPI method Quantum Mechanical Methods for Studying the Solid State Quantum Monte Carlo method excited states Quasiclassical State Method Reduced standard-state chemical potential method Reduced standard-state chemical potential method III STATE-SPACE METHODS FOR CONTROL SYSTEM DESIGN Separation Power of Steady-State Methods Side arm method. Steady state static system Solid State Physical Methods Solid state molecules crystal orbital methods Solid state processing methods Solid-state NMR method Solid-state analysis thermal methods Solid-state density functional methods Solid-state methods Solid-state properties study methods Solid-state reaction method Solution-state methods State of the art methods State universal methods State-selective active-space methods State-selective/specific methods State-space methods State-specific many-electron method State-specific methods State-specific multi-reference methods States method axial peaks States-TPPI method Statistical transition state method Steady State Methods without Mass Transfer Enhancement Steady state King-Altman method Steady state method/treatment/analysi Steady state parameter jump method Steady-State Solution Methods Steady-State Variants of Sc Methods Isoelectric Focusing and Isopycnic Sedimentation Steady-state diffusion Numerical methods) Steady-state fluorescence method Steady-state kinetics measurement methods Steady-state mass balance method Steady-state methods Steady-state methods separation power Steady-state methods, general description Steady-state potentiostatic method Stopped-flow methods, transient-state kinetic Sum Over States methods The Iso-State Method The Stationary State Method The Steady-State Concentration Method The rotational isomeric state method Theoretical methods solid-state computational models Theoretical methods solid-state structures Time-Dependent Perturbation Theory The Sum over States Method Transition State Theories. Whelands Method Transition State Theory Method Transition State Theory and Related Methods Transition States Search Methods Transition state analog methods Transition state analogues methods Transition state method Transition state theory reactive flux method Two-dimensional solid state methods United States Pharmacopeia chromatographic methods United States method Unsteady-state diffusion Numerical methods) Unsteady-state mass balance method Unsteady-state measurement methods Using equations of state method) Using steady-state methods in a multi-loop control scheme Variation method excited state energies Variation method ground state eigenfunctions Variation method ground state energy Variational method states Variational methods for continuum states