SEARCH Articles Figures Tables ADME (absorption, distribution computational models ADMET (absorption, distribution, metabolism modeling Absorption, distribution, metabolism experimental models Absorption, distribution, metabolism model validation Absorption, distribution, metabolism preclinical models Affinity distribution models Anderson-Schulz-Flory distribution model Angular distributions rotating linear model Animal models lead distribution Animal models tissue distribution Attrition rate distribution model Axially distributed models of blood-tissue exchange Axially distributed transport modeling B Model Functions for Size Distributions Bernoullian model sequence distributions Bi-model distribution Biophase distribution model Boltzmann distribution, modelling Branch distribution model Charge distribution model Charge distribution model, adsorption Charge distribution, modelling Charge distribution, semiempirical molecular orbital modeling Compartment model with gamma-distributed elimination flow rate Competitive Gaussian distribution model Continuous models Gaussian distribution Continuous models normal distribution Controller design distributed model-based D-strain modeled as a rhombicity distribution Definition distributed reactivity model Diffuse layer model distribution coefficient Director distribution modeling Discrete phase, bimodal distribution models Discrete probability distributions model systems Disordered structure models distribution Dispersion model distribution Dispersion models, mixing residence-time distribution Distributed Constants Models Distributed Element Model Distributed component object model Distributed component object model (DCOM Distributed dipole model Distributed electrode model Distributed model examples Distributed model, simplest Distributed moment analysis potential models Distributed multipole electrostatic models Distributed parameter model Distributed reactivity model Distribution Functions in the Ising Model Distribution constant model determination Distribution functional group model Distribution models Distribution models Distribution of Uranium in the Body (Biokinetic Models) Distribution pore size model Distributions of formation energies - the weak bond model Distributions, selection random-effects models Distributive properties model Drop size distribution population balance modeling Drug distribution bilayer model Drug distribution multicompartmental models Drug distribution pharmacokinetic modeling Effect-distribution model Empirical Distribution Models Equivalent circuit distributed model FIGURE 6.13 Use of a p-box to represent uncertainty between models I and II summarized as distribution functions Fermi model distribution Finite element modelling of flow distribution in an extrusion die First-order Markov model sequence distributions Flory distribution model Fully Inhomogeneous Charge Distributions and Disordered Polymer Models Gamma distribution models Gaussian distribution models General impedance models for distributed electrode processes Glassy polymers site distribution model Impulsive reaction model angular distributions Income-distribution demand-shift model of inflation Instantaneous absorption models distribution Kinetic parameter distribution error model Kinetic parameter distribution system model Mathematical dynamic model development particle distribution Mathematical models particle size distribution Model Predicting Energy Requirement and Product Size Distribution Model covariate distribution Model for the overall residence time distribution Model multivariate distribution Model particle size distribution, protein Model to Simulate Bubble Size Distribution Model univariate distribution Modeling Bubble Size Distribution Modeling catalyst distribution Modeling distribution Modeling distribution Modeling of distributions Modeling pair distribution function Modeling probability distributions Modeling residence-time distribution Modelling temperature distribution Models charge distribution multisite complexation Models with 32 Radial Distribution Function Values and Eight Additional Descriptors Models with Any Geometry and Conductivity Distribution Models, crystallization process crystal size distribution Molecular modeling technique distribution Molecular weight distribution modeling Multiple-bubble-size models distribution Multivariate models, random variables distributions Nuclear Charge Density Distribution Models PET-Measurements of Tracer Distribution in the Model Soil Column Pair distribution function complex modeling Pair distribution function structural modeling Parallel distributed processing models Partial pressure distribution model Particle size distribution modeling Particle size distribution population balance model Plug flow, mixing model residence-time distribution Population balance models, drop size distribution Pore network modelling porosity distributions Pore size distribution model silica glasses Probability distribution models Probability distribution models continuous Probability distribution models discrete Probability model Bernoulli distribution Product energy distribution impulsive model Quantum mechanical model probability distribution Quasi-Probability Distribution Models Radial distribution model Radon decay products modeling size distributions Random distribution, Flory model Residence time distribution dispersion model Residence time distributions models Residence-time Distribution and Models for Macromixing in the Reactors Residence-time distribution models for Residence-time distributions maximum mixedness model Residence-time distributions segregation model Resolution peak distribution models Retention-Time Distribution Models Schulz-Zimm distribution model Self-consistent field method reaction model, charge distribution Significance of Modeling the Current Distribution Simple model degree distributions Size distribution models for Spatially distributed systems and reaction-diffusion modeling Species distribution model Species sensitivity distribution model Steady State Models for Isothermal Heterogeneous Distributed Systems Structural-dynamical model distributions Temperature distribution model The Normal Distribution Model The Simplest Distributed Model Tolerance distribution model, risk Tolerance distribution models Tracer distribution models Tracer distribution models combined Two-compartment model of distribution Univariate models, random variables distributions