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Thermodynamic characterisation and modelling of coal liquids
A.M.H. van der Veen
Department of Earth Sciences Utrecht (DES / IVAU)
Petrology
Research output
:
Thesis
›
Doctoral thesis 2 (Research NOT UU / Graduation UU)
Overview
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Dive into the research topics of 'Thermodynamic characterisation and modelling of coal liquids'. Together they form a unique fingerprint.
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Keyphrases
Equation of State
100%
Thermodynamic Modeling
100%
Thermodynamic Characterization
100%
Coal Liquids
100%
Coal Oil
71%
Pure Compounds
42%
Aromatic Hydrocarbons
42%
Model-driven Development
28%
Substituted Naphthalenes
28%
Strong Interaction
14%
Elemental Composition
14%
Relative Concentration
14%
Regression Equation
14%
Conversion Process
14%
Major Components
14%
Binary System
14%
Binary Mixture
14%
Crude Oil
14%
Separation Process
14%
Minor Components
14%
Stepwise Procedure
14%
High Content
14%
Municipal Waste
14%
Liquefaction
14%
Molecular Weight Distribution
14%
Functional Groups
14%
High Pressure High Temperature
14%
Chemical Reactors
14%
Vapor Pressure
14%
Chemical Techniques
14%
Reactor Design
14%
Thermodynamic Data
14%
Empirical Correction
14%
Organic Fluids
14%
Boiling Range
14%
Vapor Pressure Measurements
14%
Mixture Data
14%
Experimental Temperature
14%
Van Der Waals Equation of State
14%
Coal Liquefaction
14%
Van Laar
14%
Engineering
Equations of State
100%
Aromatics
37%
Pure Substance
37%
Conversion Process
12%
Solid Feedstock
12%
Strong Interaction
12%
Crude Oil
12%
Experimental Work
12%
Modeling Work
12%
Final Stage
12%
Organic Fluid
12%
Chemical Reactor
12%
Thermodynamic Data
12%
Van Der Waals Equation
12%
Functional Group
12%
Elemental Composition
12%
Reactor Design
12%
Coal Liquefication
12%
Molar Mass Distribution
12%
Binary Mixture
12%
Material Science
Feedstock
100%
Thermodynamics Modeling
50%
Coal Liquefication
50%
Binary Mixture
50%
Chemical Engineering
Aromatic Hydrocarbon
100%
Chemical Reactor
33%
Pressure Measurement
33%
Functional Group
33%
Chemical Element
33%