With the development of the hydrogen fuel cell automobile industry, higher requirements are
put forward for the construction of hydrogen energy infrastructure, the matching of …

The ability to predict transport properties of liquids quickly and accurately will greatly
improve our understanding of fluid properties both in bulk and complex mixtures, as well as …

Ether groups are well-known for their unique contribution to low viscosity and high
conductivity, and hence ether-functionalized ionic liquids (ILs) have been widely studied and …

At present, it is not yet possible to give a rigorous theoretical interpretation of the transport
properties of dense fluids, since there are many-body interactions involved and because the …

Renewable biodegradable films of poly (3-hydroxybutyrate)(PHB) were produced via thermo-
compression and casting method (specimens 1 and 2). On specimens 1, gas permeability …

I. INTRODUCTION van der Waals 1 for the first time introduced an excluded volume to
account for the effects of the molecular volume on thermal properties of fluids. Although the …

Due to the coexistence of two distinct states, namely low-density liquid (LDL) and high-
density liquid (HDL), water exhibits many anomalous properties and has a unique liquid …

The dynamic viscosities of nanofluids containing oxygen-functionalized graphene
nanoflakes (O-GNFs) were measured for concentrations ranging from 0.1 to 10 ppm under …

Tracer diffusivities (limiting mutual diffusion coefficients) of nonassociated aromatic
compounds in n-hexane and cyclohexane have been measured at 298.2 K by Taylor's …

New expressions for the viscosity of liquid mixtures, consisting of chain-like molecules, are
derived by means of Enskog-type analysis. The molecules of the fluid are modelled as …