Sentence examples for electrolyte confinement from inspiring English sources

Both chemical and electrochemical dissolution experiments have shown a perfect electrolyte confinement within the cell and a complete wetting of the addressed area together with high throughput experimentation capabilities due to the robust design and ease of use in combination with a gantry robot.

The electrolyte confinement combined with the scanning capabilities was recently used for analysis of thin film combinatorial libraries [12,13], grain boundary electrochemistry [14] or electrochemical lithography [15,16].

Moreover, the DSSCs with liquid electrolytes encounter confinement problem, leakage, and evaporation of the liquid in the integration into the array.

0D nanomaterials are the closed structures with the outer surfaces exposed to the bulk electrolyte, which lack the confinement effect, leading to the monotonous increase in capacitance.

While the demonstrated use of these muscles for microfluidic circuits might become practical, the need for an electrolyte bath and associated confinement system is problematic (especially since it dramatically increases system weight and volume).

An inorganic gel polymer electrolyte based on the confinement of an ionic liquid mixture (1 1 by weight or molar ratio) of N-methyl-N-propylpiperidinium bis(fluorosulfonyl)imide (PIP13FSI) and N-butyl-N-methylpyrrolidinium bis(fluorosulfonyl)imide (PYR14FSI) into a SiO2 matrix prepared from a sol-gel method was prepared and further used as electrolyte in an all solid-state supercapacitor.

The confinement of PEO polymer electrolytes in nanopores increases ionic conduction as the pore size decreases with the greatest conductivity occurring in pores that were 30 nm in diameter where a specific conductivity of 2.43×10−4 S cm−1 was observed.

The confinement of poly ethylene oxide), PEO, electrolyte in pores of 13, 35, 55 and 100 nm in diameter in nanoporous alumina membranes was seen to have effects on the ionic conduction properties.

The strengthened confinement and decreasing space make the electrolyte ions tightly packed, as a consequence of the strong repulsion between the ions and the electrode.

Molecular dynamics simulations have been carried out to examine the effect of confinement on the solubility and hydration of electrolytes in aqueous solutions.

Third, the confinement effect could weaken the dynamic characteristics of electrolyte ions.