JG

J. Gross

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Authored

18 records found

An Equation-of-State Contribution for Polar Components: Dipolar Molecules
Journal article - J. Gross, J Vrabec

An Equation-of-State Contribution for Polar Components: Dipolar Molecules
Journal article - J. Gross, J Vrabec

Non-equilibrium thermodynamics of interfaces with the classical density functional theory

Non-equilibrium thermodynamics of interfaces with the classical density functional theory

Non-equilibrium thermodynamics of interfaces with the classical density functional theory

Using infinite dilution activity coefficients for determining binary equation of state parameters

Using infinite dilution activity coefficients for determining binary equation of state parameters

Using infinite dilution activity coefficients for determining binary equation of state parameters

Using infinite dilution activity coefficients for determining binary equation of state parameters

Thermodynamics of hyperbranched polymers - CO2 - systems : faciliting thermal separation processes

Thermodynamics of hyperbranched polymers - CO2 - systems : faciliting thermal separation processes

Thermodynamics of hyperbranched polymers - CO2 - systems : faciliting thermal separation processes

A methodology for the integrated design of solvents and processes for CO2 capture
Abstract - A. Bardow, K Steur, J. Gross

A methodology for the integrated design of solvents and processes for CO2 capture
Abstract - A. Bardow, K Steur, J. Gross

A methodology for the integrated design of solvents and processes for CO2 capture
Abstract - A. Bardow, K Steur, J. Gross

An Equation-of-State Contribution for Polar Components: Quadrupolar Molecules
Journal article - J. Gross

Liquid cristals as potential solvents for carbon dioxide capture

Liquid cristals as potential solvents for carbon dioxide capture

Contributed

2 records found

Molecular simulations of capped nanocrystals
Doctoral thesis - PZ Schapotschnikow
The aim of this thesis is to study thermodynamic properties of nanocrystals (NCs) capped by organic ligands using molecular simulations. Nanocrystals are metallic or semiconductor crystallites of 2–10 nm size, consisting of hundreds to thousands of atoms. Due to their small size, ...

Integrated process and solvent design for CO<sub>2</sub> capture using Continuous Molecular Targeting - Computer Aided Molecular Design (CoMT-CAMD)
Doctoral thesis - M. Stavrou
The cost of currently available technologies for CO2 capture should be further reduced to allow for large scale implementation of Carbon Capture and Storage. Solvents for CO2 capture systems with physical absorption are usually selected based on heuristics, engineering expertise ...