The transport properties, thermal properties, and CO2 solubility for several ionic liquids (ILs)
with triethyl (octyl) phosphonium cations and a variety of CO2-reactive aprotic N-heterocyclic …

We develop a machine learning framework for predicting the density, viscosity, and heat
capacity of a family of anion-functionalized ionic liquids for CO 2 capture, specifically those …

Among the different thermophysical properties of significant importance in the study of
transport phenomena, viscosity has long defied attempts at presenting a unified model …

A vibrating tube density meter (VTD) was used to measure density of pure glycerol at
different isotherms between 298.16 and 423.12 K, and a pressure range up to 55 MPa. The …

Previously, we have shown that the dissociation of ions in ionic liquids (ILs) and IL solutions
can be estimated from measurements of ionic conductivity, viscosity, and density. Here, we …

With the rapid development of the chemical industry, contamination of surface water and
groundwater has become an increasing problem [1]. Phenolic compounds, which are toxic …

This review collects and describes the literature published between January and December
2019 focusing on the preparation, characterisation and applications of phosphonium salts …

This chapter covers scientific contributions in quinquevalent organo-phosphorus chemistry
published in the literature in 2021. The review is not comprehensive but shows the most …

This chapter covers the literature published during 2019 relating to the synthesis and the
reactivity of tertiary phosphines, but excluding the chemistry of their metal complexes …