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MOSCED

MOSCED (short for “modified separation of cohesive energy density" model) is a thermodynamic model for the estimation of limiting activity coefficients (also known as activity coefficient at infinite dilution). From a historical point of view MOSCED can be regarded as an improved modification of the Hansen method and the Hildebrand solubility model by…

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Model parameters

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MOSCED

Nodes15
Edges14
Triples41
Avg. degree1.87
Density0.133333
Components1

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MOSCED

Top relations

related to Further reading · 31
MOSCED → Activity Coefficients, Andrew, Application, Assessment, Binary Liquid-Liquid Equilibrium, Chemical, Dhakal, Engineering Chemistry Research, Engineering Data, Erin, Fluid Phase Equilibria, GC-MOSCED, Henry's Constants, Hydration Free Energies, Industrial, Isobaric Azeotropic Vapor, ISSN, January, Journal, Limiting Activity Coefficients
related to Basic principle · 2
MOSCED → In, These
related to External links · 2
MOSCED → MOSCEDDesktop Application, Online Calculation

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Important terminology

parameters activity model water limiting parameter coefficients data properties found solvent infinite dilution liquid volume deviation coefficient interaction addition polarity

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
polarityinstance ofFrom a historical point of view MOSCED can be regarded as an improved modification of the Hansen method and the Hildebrand solubility model by adding higher interaction term0.80text
inductioninstance ofFrom a historical point of view MOSCED can be regarded as an improved modification of the Hansen method and the Hildebrand solubility model by adding higher interaction term0.80text
separation of hydrogen bonding termsinstance ofFrom a historical point of view MOSCED can be regarded as an improved modification of the Hansen method and the Hildebrand solubility model by adding higher interaction term0.80text
NRTLinstance ofMOSCED can be used to parameterize excess Gibbs Free Energy model0.80text
WILSONinstance ofMOSCED can be used to parameterize excess Gibbs Free Energy model0.80text
Mod-UNIFAC to map out Vapor Liquid Equilibria of mixtureinstance ofMOSCED can be used to parameterize excess Gibbs Free Energy model0.80text
MOSCEDrelated to Basic principleThese0.60section
MOSCEDrelated to Basic principleIn0.60section
MOSCEDrelated to External linksOnline Calculation0.60section
MOSCEDrelated to External linksMOSCEDDesktop Application0.60section
MOSCEDrelated to Further readingDhakal0.60section
MOSCEDrelated to Further readingPratik0.60section

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