Surface tension and 0.1MPa density for members of homologous series of ionic liquids composed of imidazolium-, pyridinium-, and pyrrolidinium-based cations and of cyano-groups containing anions

Součková, Monika; Klomfar, Jaroslav

doi:10.1016/j.fluid.2015.07.036

Cited by 23 publications

(2 citation statements)

References 54 publications

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“…Current experimental results are in agreement with the conclusions extracted in the previous section from process simulation, indicating that the efficiency of CO2 capture by physical absorption can be severely limited in the case of ILs showing unfavorable transport properties, basically viscosity, even though they have a high CO2 absorption capacity at equilibrium. [34] 14.6 [35] BmimTCM 229.28 1.05 [34] 28.5 [36] BmimDCN 205.26 1.06 [35] 31.1 [36] BmimOcSO4 348.50 1.06 [37] 669.4 [38]…”

Section: Gravimetric Co2 Absorption By Ilsmentioning

confidence: 99%

From kinetics to equilibrium control in CO2 capture columns using Encapsulated Ionic Liquids (ENILs)

Santiago

Lemus

Moreno

et al. 2018

Chemical Engineering Journal

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Section: Gravimetric Co2 Absorption By Ilsmentioning

confidence: 99%

From kinetics to equilibrium control in CO2 capture columns using Encapsulated Ionic Liquids (ENILs)

Santiago

Lemus

Moreno

et al. 2018

Chemical Engineering Journal

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“…Values were not available for the IL as the solute, so only data wherein the IL was a solvent was used. The IL molar volume was adopted from experimental reference data. − …”

Section: Methodsmentioning

confidence: 99%

Expanding the Solubility Parameter Method MOSCED to Pyridinium-, Quinolinium-, Pyrrolidinium-, Piperidinium-, Bicyclic-, Morpholinium-, Ammonium-, Phosphonium-, and Sulfonium-Based Ionic Liquids

et al. 2020

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MOSCED (modified separation of cohesive energy density) is a solubility parameter method that offers an improved treatment of association interactions. Solubility parameter methods are well known for their ability to both make quantitative predictions and offer a qualitative description of the underlying molecular-level driving forces, lending themselves to intuitive solvent selection and design. Currently, MOSCED parameters are available for 130 organic solvents, water, and 33 imidazolium-based room temperature ionic liquids (ILs). In this work, we expand MOSCED to cover 66 additional ILs containing the pyridinium, quinolinium, pyrrolidinium, piperidinium, bicyclic, morpholinium, ammonium, phosphonium, and sulfonium cations using 10,052 experimental limiting activity coefficients. The resulting parameters may readily be used to predict the phase behavior in mixtures involving ILs.

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Cyanoborates

Ignat’ev

Finze

2019

Eur J Inorg Chem

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Cyanoborate chemistry has emerged to an important topic during the last two decades, beginning with two independent reports on the successful synthesis of the tetracyanoborate anion [B(CN) 4 ]in 2000. A wealth of cyanoborate anions with different substituents in addition to CN group(s) bonded to boron, i.e. hydrogen, halogen, aryl, alkenyl, alkyl, perfluoroalkyl, and alkoxy, have been developed, which enable the tuning of properties of compounds and materials based on them. The readily accessible alkali metal cyanoborates are convenient starting materials for the preparation of cyanoborates with various organic, inorganic, and metal cations as well as cyanoborate coordination compounds. A focus has been on low-[a] Julius-Maximilians-Universität Würzburg,

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Surface tension and 0.1MPa density for members of homologous series of ionic liquids composed of imidazolium-, pyridinium-, and pyrrolidinium-based cations and of cyano-groups containing anions

Cited by 23 publications

References 54 publications

From kinetics to equilibrium control in CO2 capture columns using Encapsulated Ionic Liquids (ENILs)

From kinetics to equilibrium control in CO2 capture columns using Encapsulated Ionic Liquids (ENILs)

Expanding the Solubility Parameter Method MOSCED to Pyridinium-, Quinolinium-, Pyrrolidinium-, Piperidinium-, Bicyclic-, Morpholinium-, Ammonium-, Phosphonium-, and Sulfonium-Based Ionic Liquids

Cyanoborates

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