Sentence examples for ionic fluid from inspiring English sources

In this paper, a non-equilibrium molecular dynamics method (NEMD) model is developed to investigate the transport characteristics of the heterogeneous ionic fluid flowing in a 4.672 nm-depth channel due to the electrokinetic effect induced by the EDL.

The transient electromechanical response of an ionic polymer metal composite (IPMC) is modeled within a thermodynamic framework using the Euler Bernoulli beam theory coupled with electrostatically driven diffusion to account for the flow of the ionic fluid phase.

The yield of reducing sugars was highest when rye straw was pretreated under the following conditions: time – 2 h, temperature – 120 °C, quantity of ionic fluid – 10 ml/10g DM rye straw, and subjected to enzymatic hydrolysis under the following conditions: time – 72 h, temperature – 50 °C, quantity of cellulase from T. reesei – 350 μl, quantity of cellobiohydrolase from A. niger – 150 μl.

Cell populations also get affected by the flow of ionic fluid due to electrical streaming potentials.

In this paper, k and k0 refer to the TC of the Ionanofluid and the pure ionic fluid, respectively, and (k − k0)/k0 is defined as the TC enhancement ratio.

These results further support a role for the participation of AQP4 expression on Müller cells in the regulation of retinal cell volume changes following alterations of ionic fluid balance in the eye and also highlight the importance of active, directional fluid and ion exchange across the retina in refractive development.

In that work, the researchers increased the conductivity of electrolytes based on ionic fluids and produced solar cells that were 8.2percentt efficient.

The consequences for various types of ionic fluids (simple molten salts, colloidal dispersions, and astrophysical plasmas) are illustrated.

Herein, two different nanoscale hybrid ionic fluids (NHIFs) have been demonstrated as potential electrolytes for electrochemical cyclic applications.

Results obtained from the study highlight the applicability of these hybrid ionic fluids as promising electrolytes in secondary charge storage devices, even at higher temperature.

The aim of this work is to determine the solvation structure around various solutes in supercritical water with the goal of developing a molecular understanding of the solubility of nonpolar noble gases, ionic fluids and organics in supercritical water.