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Generalization model

A general model has been developed and published by Kabadi and Danner (1985) to calculate the equilibria in the presence of water. It is related to an adaptation of the Soave model where water is treated in a particular fashion. [Pg.170]

Norris J R, Morris A L, Thurnauer M C and Tang J 1990 A general model of electron spin polarization arising from the interactions within radical pairs J. Chem. Phys. 92 4239—49... [Pg.1620]

In Section IV.A.4, we show what this general model looks like in the case of H electronic states of symmehic tetraatomic molecules. The situation in H states of asymmetric tetraatomics is briefly discussed in Section IV.B, where we present the handling of a concrete case, the X Uu state of the HCCS radical. For A states the reader is referred to original references [18,149,150,153]. [Pg.523]

The next and very important step is to make a decision about the descriptors we shall use to represent the molecular structures. In general, modeling means assignment of an abstract mathematical object to a real-world physical system and subsequent revelation of some relationship between the characteristics of the object on the one side, and the properties of the system on the other. [Pg.205]

Figure 10.1-1. Flow chart for the general model building process in QSPR studies. Figure 10.1-1. Flow chart for the general model building process in QSPR studies.
Based on Hquid—Hquid equiHbrium principles, a general model of octanol—water partitioning is possible if accurate activity coefficients can be determined. First, phase equiHbrium relationships based on activity coefficients permit Hquid—Hquid equiHbrium calculations for the biaary octanol—water system. Because the two components are almost immiscible ia each other, two phases form an octanol-rich phase containing dissolved water, and a water-rich phase containing dissolved octanol. [Pg.238]

Our communication describes grain size effect in XRF of powder and powder slurry-like substances in terms of the generalized model ... [Pg.113]

Further studies on rock and rocklike materials have tended to support the general modeling concept outlined in (8.18) through (8.23) (Birkimer, 1971 Grady and Lipkin, 1980 Costin and Grady, 1984 Grady and Kipp, 1987). [Pg.281]

As ean be seen from the above, the DFQ and the Q/q eoneepts are extremely broad in perspeetive. The general model may be used to drive the eonsiderations of the important issues throughout the stages of produetion development and in the design of individual eomponents and assemblies. The q element of quality deseribed by Morup is adopted in the CA methodology presented in Chapter 3 of this book. [Pg.26]

Wolberger, C., et al. Crystal structure of a Mat o2 home-odomain operator complex suggests a general model for homeodomain-DNA interactions. Cell 67 517-528, 1991. [Pg.173]

This, more physical model that visualizes failure to result from random "shocks," was specialized from the more general model of Marshall and Olkin (1967) by Vesely (1977) for sparse data for the ATWS problem. It treats these shocks as binomially distributed with parameters m and p (equation 2.4-9). The BFR model like the MGL and BPM models distinguish the number of multiple unit failures in a system with more than two units, from the Beta Factor model,... [Pg.128]

The target level procedure was applied to 16 common air contaminants (Table 6.19). These are common contaminants in the industrial environment, and in many cases are the most critical compounds from the viewpoint of need for control measures. The prevailing concentration data as well as the benchmark levels were taken from Nordic databases, mainly the Finnish sources, and described elsewhere.In addition, a general model for assessing target values for other contaminants is presented in the table. [Pg.402]

General model ior other contaminants <0.1 xOEI 0.1 xOfI.ro 0.2.5 xOTL [Pg.403]

Important conclusions can be drawn from the general modeling Eq. (13.79). The equation shows that the required prototype flow rates are directly proportional to the model flow rates. For scaling, the equation shows that the prototype flow rate has a strong dependence on the accuracy of the model scale (5/3 power). Both of these parameters are easy to establish accurately. The flow rate is rather insensitive (varies as the 1/3 powet) to the changes in the model and prototype heat flow tates, densities, and temperatures. This is desirable because an inaccuracy in the estimate of the model variable will have a rather small effect on the tesulting ptototype flow rate. [Pg.1279]

The top table gives the predicted total energies for each molecule, and the bottom table lists the computed dissociation energies and AH. All three model chemistries do pretty well on all three phases of the process, with G2 and CBS-Q generally modeling it very accurately. The CBS-Q values are the most accurate, and they take only about half as long to compute as G2 theory. CBS-4 performs well for O2 and for the overall AH at substantially less cost about one sixth the cost of G2 and one third the cost of CBS-Q. ... [Pg.160]

Pressure drop Generalized model of Bravo, et al. [ 111 ], in combination with Stichlman [112]. Pressure drop at the flood point as a function of the flow parameter at the flood point is given in Figure 9-62 [108] for several packings using the Stichlman model equations for various system pressures [108]. [Pg.339]

Mass transfer Generalized model of Bravo, et al. [113], with discount factors for wetted surfaces. [Pg.339]

There are at least as many variants of the basic CA algorithm as there are ways of generalizing the characteristics of a typical CA system. Here are a few general models ... [Pg.17]

More general models couple the action of a given function at the center site to other sites with another (possibly different) coupling dynamics and individual coupling constants. For example, one generic form is given by... [Pg.387]


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See also in sourсe #XX -- [ Pg.99 ]




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A General Theorem for Simple, Linear Reactor Models

A Generalized Model for Heterogeneous Reactions

A More General Rate Model for LTL Service

A general model of gas—solid reactions

A general model of human behaviour

A general stochastic model

A general stochastic model of surface reactions

A pseudo-Jahn-Teller system modeled through generalized spin Hamiltonian the C4H4 molecule

A simple general model

Adsorption model, generalized

Application of the Modeling and General Guidelines

Atmospheric Oceanic General Circulation Models

Atmospheric general circulation model

Atmospheric general circulation model AGCM)

Boolean network modeling generally

Calibration model general three-dimensional

Chemical model determination general regression

Chromatographic determination model, general

Combined models, mixing general

Complex Crystallization Conditions General Models

Computable general equilibrium model

Computable general equilibrium model PACE

Configuration mixing model: a general

Configuration mixing model: a general approach to organic reactivity

Convected Maxwell model generalized

Creep and the Retardation Spectra Generalized Kelvin-Voigt Model

Development of a Generalized Kinetic Model for One-Substrate Reactions Under Inhibition

Examples for General and Local ADME Models

Extended (lattice) generalized Jahn-Teller model

Flory-Huggins model generalized

Fundamental model equations general formulation

General - the Smoluchowski model

General Acid-Base Catalysis in Model Systems

General Aspects of the Modelling Approach

General Assumptions and Attributes of Three Models

General Closed Solution by Combined Model (Approximation)

General Collision Models

General Description of the Model Systems

General Design of Chronic Toxicity Studies Carcinogenesis as a Model

General Features of the Model

General Framework of Performance Modeling

General Goal Programming Model

General Inflammation Models

General Model Characteristics

General Model Fitting

General Model for a Single Vessel

General Model of Nonequilibrium Photodetectors with Auger Suppression

General Model with Interfacial and Intraparticle Gradients

General Modelling Procedure

General Molecular Modeling

General Observations on Forming the Model

General Performance Overview of Basic NDDO Models

General Process Modeling and Simulation (gPROMs)

General Rate-Based Model

General Remarks on Renormalized Rouse Models

General Rheological model modified

General Risk Pooling Model

General Rouse model

General Statistical Model

General Strategy for Modeling Two-Phase Phenomena

General Structure of the Model

General Structured Model

General additive modeling

General algebraic modeling system

General arrangement drawings and models

General aspects of modelling

General circulation model, GCM

General circulation models

General circulation models carbon cycle

General concepts for the development of a model

General dispersion model

General impedance models for distributed electrode processes

General input data for the MOREHyS model

General joint model

General kinetic model

General kinetic model and prediction of critical effects

General linear model

General linear model approach

General methodology for multiscale analysis, modeling, and optimization

General micromixing model

General model control

General model space

General models for adsorption kinetics and relaxations of surfactants

General nonlinear models

General purpose molecular modeling

General random flight models

General rate model

General rate model numerical solution

General rate model with pore diffusion

General renewal models

General viscous model

General-equilibrium model

Generalities on Modeling Problems Involving Multiple Scales

Generalization of the macro monetary model

Generalization of the model

Generalization to ODE Models with Nonlinear Dependence on the Parameters

Generalization to any mixture model of water

Generalized Bom model

Generalized Born method/electrostatic model

Generalized Born model

Generalized Born solvation model

Generalized Born/Surface Area Model

Generalized Collins-Kimball model

Generalized Gaussian model

Generalized Ising model

Generalized Kirkwood model

Generalized Kolmogorov Model

Generalized Maxwell and Kelvin Models

Generalized Maxwell-Stefan Model (GMS)

Generalized Mulliken-Hush model

Generalized Newtonian constitutive models

Generalized Rouse model

Generalized Shell Model and Phonon Dispersions

Generalized additive model

Generalized additive model procedure

Generalized additive modeling ,

Generalized conductor-like screening model

Generalized conductor-like screening model GCOSMO)

Generalized covariance models

Generalized covariance models estimation

Generalized curve-crossing model

Generalized electronic polaron model

Generalized hidden Markov model

Generalized linear Maxwell model

Generalized linear model

Generalized linear viscoelastic model

Generalized local Darcys model of Teorells oscillations (PDEs)

Generalized logistic model

Generalized mass action model

Generalized microkinetic model

Generalized multicompartment models

Generalized newtonian models

Generalized nonlinear models

Generalized susceptibility models

Generalized tiling model

Generalized tiling model models

Generalized tiling model properties

Generalized valence bond model

Herschel-Bulkley general model

Individual-based models general problems

Kelvin model generalized

Kelvin-Voigt generalized model

Linear Isotherm Systems—Solution to the General Model

Linear mixed effects model general

Major Conclusions and General Guidelines for Applying the Modeling

Mathematical modeling general considerations

Mathematical models general problems

Maxwell generalized model

Mechanical models generalized Kelvin

Mechanical models generalized Maxwell

Mode Analysis and Generalized Rouse Model

Model general

Model generalized pseudopotential theory

Model, generalized

Model, generalized

Modeling of Processes in Microreactors Based on General Balance Equation

Modelling general

Models general classifications

Molecular modelling general methods

Monte Carlo simulations generalized tiling model

More General Models of Freight Rates

Nonspherical Disturbances - The Generalized Regression Model

Observations on Some General Aspects of Modelling Methodology

Ocean general circulation models

On more general copolymer models and the Brownian scaling

Ordering models general principles

Overview of Distance Geometry as a General Model Builder

Perimeter model generalization

Perturbation theory, general methods for two-group model

Pharmacokinetic models general

Quantum optics generalized model

Reaction general model

Reactivity, organic, a general approach to: the configuration mixing model

Reactor Models General Considerations

Regular solution model general

Relaxation time generalized Maxwell model

Retention mechanisms general model

Rheological models general

Risk assessment general model

Schrodinger equation generalized model

Sequential interaction model generalized

Signal transduction mechanisms model generality

Simplification of the Generalized Mass Transfer Equation for a One-Dimensional Plug Flow Model

Sorption in membranes generalized model

The General Linear Mixed Effects Model

The General Model Framework

The General Rate Model of Chromatography

The General Three-Dimensional Calibration Model

The Mixture-Model (MM) Approach General Considerations

The Valence Bond State Correlation Diagram Model and Its General Outlook on Reactivity

The general box model with forcing terms

The general model

Transformational model general separation structure

Unit models general

Viscoelastic model, general

Viscoelasticity general models

Wigner function generalized model

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