Characterization of ion Cluster fragmentation in ionic liquid ion sources by Miller, Catherine Elizabeth.

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Ionic liquid‐mediated transdermal delivery of thrombosis‐detecting nanosensors by Bekdemir, Ahmet, Tanner, Eden EL, Kirkpatrick, Jesse, Soleimany, Ava P, Mitragotri, Samir, Bhatia, Sangeeta N

“…Here, we propose the use of ionic liquids as a skin transport facilitator to deliver thrombin-sensitive nanosensors that enable prolonged monitoring of pulmonary embolism. …”
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The use of ionic liquid ion sources (ILIS) in FIB applications by Zorzos, Anthony Nicholas

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Homogeneous acetylation of water-soluble cellulose acetate with ionic liquid by Lee, Kenny Poh Shiun

“…Through various research, the problem can be solved by synthesizing with alpha-cellulose, ionic liquid (EMIMOAc), and dichloromethane (DCM) through homogeneous acetylation to produce cellulose acetate. …”
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Thermoresponsive ionic liquid for electrochemical low-grade heat harvesting by Wu, Angyin, Li, Xiaoya, Lee, Donghoon, Li, Jia, Yun, Jeonghun, Jiang, Cheng, Li, Zongkang, Lee, Seok Woo

“…In this study, a thermoresponsive ionic liquid (TRIL) is added to an electrolyte to endow it with temperature-driven phase change behavior, and the electrolyte is then utilized in a copper hexacyanoferrate-based TREC system for ultralow-grade heat harvesting. …”
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Improvement of biomass properties by pretreatment with ionic liquids for bioconversion process by Weerachanchai, Piyarat, Leong, Susanna Su Jan, Chang, Matthew Wook, Ching, Chi Bun, Lee, Jong-Min

“…Cassava pulp residue and rice straw were used as a precursor for pretreatment with ionic liquids to study the effects of pretreatment conditions on product yield and properties. …”
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The Mediated Detection of Hydrogen Sulfide in Room Temperature Ionic Liquids by O'Mahony, A, Compton, R

“…The detection of H2S was studied using several mediators in room temperature ionic liquids (RTILs) at a microelectrode. Each mediator was characterised voltammetrically, and H2S was added to observe if any mediation took place. …”

Are ionic liquids good boundary lubricants? A molecular perspective by Lhermerout, R, Diederichs, C, Perkin, S

“…The application of ionic liquids as lubricants has attracted substantial interest over the past decade and this has produced a rich literature. …”

Ion diffusion reveals heterogeneous viscosity in nanostructured ionic liquids by Miao, S, Sardharwalla, A, Perkin, S

“…Many ionic liquids (ILs) are composed of interpenetrating polar and apolar networks. …”

Ion pairing in ionic liquids controls the Corannulene reduction mechanism by Tanner, E, Compton, R, Batchelor-McAuley, C, Foong, K, Hossain, M, Aldous, L

“…Specifically, the use of a square scheme takes into account the affect of ion pairing between the ionic liquid cation and the corannulene anion on the overall reaction mechanism. …”

Microrheological investigations in ionic liquids using optical trapping techniques. by Dear, R, Worrall, E, Gault, W, Ritchie, G

“…In this paper, we demonstrate optical trapping of melamine particles (d ≈ 2.3 μm) within the pure ionic liquid ethylammonium nitrate (EAN) and show the first microrheological investigations of these important compounds using this technique. …”

Electroanalytical determination of trace chloride in room-temperature ionic liquids. by Villagrán, C, Banks, C, Hardacre, C, Compton, R

“…The electroanalytical quantification of chloride in [C4mim][BF4], [C4mim][NTf2], and [C4mim][PF6] ionic liquids has been explored using linear sweep and square wave voltammetry. …”

Amperometric gas sensing using room temperature ionic liquids by Li, P

“…The applicability of room temperature ionic liquids to be employed as potential electrolyte in gas sensors has been examined. …”

The electrochemistry of simple inorganic molecules in room temperature ionic liquids by Silvester, D, Rogers, E, Barrosse-Antle, L, Broder, T, Compton, R

“…The electrochemistry of simple inorganic compounds in room temperature ionic liquids (RTILs) is reviewed and some new work in this area is presented. …”

Machine learning workflows for chemistry: applications in catalysis and ionic liquids by Zavitsanou, S

“…Finally, we delve into the prediction of viscosity and solubility in ionic liquids, further highlighting the capabilities of machine learning in streamlining the prediction of chemical properties. …”

Voltammetric studies of gold, protons, and [HCl2](-) in ionic liquids by Aldous, L, Silvester, D, Pitner, W, Compton, R, Lagunas, M, Hardacre, C

Interfacial structure and boundary lubrication of a dicationic ionic liquid by Perez-Martinez, C, Perkin, S

“… <p style="text-align:justify;">We report measurements of the normal surface forces and friction forces between two mica surfaces separated by a nanofilm of dicationic ionic liquid using a Surface Force Balance. The dicationic ionic liquid 1,10-bis(3-methylimidazolium)decane di[bis(trifluoromethylsulfonyl)imide] forms a layered structure in nanoconfinement, revealed by oscillatory structural forces. …”

Raman spectra of ionic liquids: interpretation via computer simulation. by Madden, P, Wilson, M, Hutchinson, F

“…Theoretical Raman spectra of the complex-forming ionic liquids LaCl3 and ScCl3, derived from molecular dynamics computer simulations, are presented. …”

Electrochemistry of Hg(II) salts in room-temperature ionic liquids. by Manan, N, Aldous, L, Alias, Y, Compton, R, Lagunas, M, Hardacre, C

“…The electrochemistry of HgCl(2) and [Hg(NTf(2))(2)] ([NTf(2)](-)=bis-{(trifluoromethyl)sulfonyl}imide) has been studied in room temperature ionic liquids. It has been found that the cyclic voltammetry of Hg(II) is strongly dependent on a number of factors (e.g., concentration, anions present in the mixture, and nature of the working electrode) and differs from that found in other media. …”

Modeling lithium transport and electrodeposition in ionic-liquid based electrolytes by Li, G, Monroe, CW

“…Purely ionic electrolytes—wherein ionic liquids replace neutral solvents—have been proposed to improve lithium-ion-battery performance, on the basis that the unique microscopic characteristics of polarized ionic-liquid/electrode interfaces may improve the selectivity and kinetics of interfacial lithium-exchange reactions. …”