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Vaclav Vins

Czech Academy of Sciences, Institute of Thermomechanics

Czech Republic

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Research Interests

Physical Chemistry

20%

Condensed Matter Physics

20%

High-pressure Physics

40%

Frequency Metrology

20%

Thermophysics

20%

High-temperature Behavior

20%

Supercritical Fluid

20%

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Articles11

Density and surface tension of water + ethylene glycol mixtures as key components of heat transfer liquids

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Year:

2025

Extension of a hydrate model for structure H applied to multiparameter equations of state

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Year:

2025

Modification of the van der Waals and Platteeuw model for gas hydrates considering multiple cage occupancy

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Year:

2024

Influence of Isomeric Composition and Sample Handling on the Liquid Density of Hydrofluorethers Measured by Vibrating Tube Densimeter at 0.1 MPa

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Year:

2023

Molecular simulations of transport properties of polar hydrofluoroethers: Force field development, fractional Stokes-Einstein and free volume relations

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Year:

2023

Comments on temperature calibration and uncertainty estimate of the vibrating tube densimeter operated at atmospheric pressure

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Year:

2022

Comments on temperature calibration and uncertainty estimate of the vibrating tube densimeter operated at atmospheric pressure

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Year:

2022

Ideal Gas Heat Capacity and Critical Properties of HFE-Type Engineering Fluids: Ab Initio Predictions of C<sub>p</sub><sup>ig</sup>, Modeling of Phase Behavior and Thermodynamic Properties Using Peng–Robinson and Volume-Translated Peng–Robinson Equations of State

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Year:

2022

Surface tension and density of dielectric heat transfer fluids of HFE type-experimental data at 0.1 MPa and modeling with PC-SAFT equation of state and density gradient theory

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Year:

2021

Surface tension and density of dielectric heat transfer fluids of HFE type-experimental data at 0.1 MPa and modeling with PC-SAFT equation of state and density gradient theory,Tension superficielle et masse volumique des fluides diélectriques de transfert de chaleur de type HFE: données expérimentales à 0,1 MPa et modélisation avec l'équation d'état PC-SAFT et la théorie du gradient de masse volumique

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Year:

2021

Possible Anomaly in the Surface Tension of Supercooled Water: New Experiments at Extreme Supercooling down to -31.4 °c

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Year:

2020

Collaborators1

Aleš Blahut

Czech Academy of Sciences, Institute of Thermomechanics

CZECH REPUBLIC

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