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Serveur d'exploration sur le LRGP - Analysis (UK)

Index « Auteurs » - entrée « Paul M. Williams »
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Paul Jones < Paul M. Williams < Paul Tudzynski  Facettes :

List of bibliographic references

Number of relevant bibliographic references: 1.
Ident.Authors (with country if any)Title
000119 (1996) W. Richard Bowen [Royaume-Uni] ; Anne Mongruel [Royaume-Uni] ; Paul M. Williams [Royaume-Uni]Prediction of the rate of cross-flow membrane ultrafiltration: A colloidal interaction approach

List of associated KwdEn.i

Nombre de
documents		Descripteur
1Absolute value
1Adjustable parameters
1Attractive interaction energy
1Best agreement
1Boundary condition
1Boundary layer
1Bovine serum albumin
1Bowen
1Brownian diffusion coefficient
1Bulk suspension
1Channel length
1Characteristic frequency
1Chem
1Coefficient
1Collective diffusion
1Colloid
1Colloid interface
1Colloid science
1Colloidal
1Colloidal dispersions
1Colloidal interactions
1Colloidal particles
1Colloidal suspensions
1Colloidal systems
1Concentration boundary layer
1Concentration dependence
1Concentration polarization
1Concentration profile
1Constant charge boundary condition
1Different physicochemical conditions
1Diffusion coefficient
1Dispersion
1Dispersion forces
1Double layer
1Double layers
1Electrolyte
1Electrolyte solution
1Electromagnetic radiation
1Electrophoretic mobility measurements
1Electrostatic interactions
1Electrostatic repulsion
1Electroviscous
1Electroviscous effect
1Electroviscous effects
1Entropic pressure
1Experimental data
1Experimental determination
1Experimental filtration data
1Filtration
1Filtration cell
1Filtration experiments
1Filtration model
1Filtration rate
1Full calculation
1Fundamental description
1Generalized equation
1Gradient diffusion
1Gradient diffusion coefficient
1Great importance
1Hamaker
1Hard sphere radius
1High volume fraction
1Hydrodynamic
1Hydrodynamic interactions
1Hydrodynamic radius
1Interparticle interactions
1Ionic strength
1Isoelectric point
1Jenner
1Macromolecular solutions
1Mass transfer
1Maximum value
1Membrane
1Membrane resistance
1Membrane surface
1Membrane ultrafiltration
1Model predictions
1Molecular weight
1Multiparticle interactions
1Neighbouring particles
1Osmotic
1Osmotic pressure
1Osmotic pressure calculations
1Outer cell boundary
1Overall agreement
1Oxford university press
1Particle surface
1Particle volume fraction
1Permeation
1Permeation flux
1Permeation fluxes
1Permeation rate
1Phys
1Physicochemical
1Physicochemical conditions
1Physicochemical parameters
1Porous wall
1Present paper
1Present work
1Protein solutions

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HfdIndexSelect -h $EXPLOR_AREA/Data/UK/Analysis/Author.i -k "Paul M. Williams" 

HfdIndexSelect -h $EXPLOR_AREA/Data/UK/Analysis/Author.i  \
                -Sk "Paul M. Williams" \
         | HfdSelect -Kh $EXPLOR_AREA/Data/UK/Analysis/biblio.hfd

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