Sentence examples for model electrolyte from inspiring English sources

Adenosine triphosphate (ATP) was selected as model electrolyte to verify the detecting system in this study.

To demonstrate the feasibility of the integrated nanochannels for IFET on-chip devices, samples with several IFETs have been fabricated and were successfully tested for ion separation using KCl as a model electrolyte solution.

In contrary, Li/Li symmetric cells study, by means of impedance spectroscopy, has presented a spectacular decrease of the interfacial resistance compare to the model electrolyte.

Therefore, the Pulse Boundary Model electrolyte tracer method was demonstrated to be rational and applicable for measuring the velocity of water flow within a gravel layer.

In a simple model electrolyte system, the suitable ENUF DPD parameters, including the convergence parameter α, the NFFT approximation parameter p, and the cut-offs for real and reciprocal space contributions, are carefully determined.

Moreover, the permanence of SiQDs nanoparticles in the structure of the cellulosic support in aqueous environments and their effect on diffusive transport were determined by water uptake as well as by membrane potential measurements at different concentrations of a model electrolyte (KCl).

We further use this method to simulate primitive model electrolytes, and measure very precisely all ion ion pair correlation functions at high concentrations.

A recently developed method in modelling electrolyte solutions is extended to include phase behaviour of aqueous solutions containing hydrated salts (e.g., calcium chloride) and organic hydrate inhibitors (e.g., ethylene glycol).

Conductivity, DSC and FT-IR measurements performed on such composite electrolytes, when compared to the model PEGDME/LiClO4 electrolyte, showed only slight improvement of their inner characteristics.

Among all the solid electrolytes, Lipon is used as the model solid electrolyte mainly because of its wide voltage window (0 5.5 V) [148] and excellent interfacial compatibility with both cathodes and anodes [148, 150].

Results show that the established model predicts electrolyte temperature accurately under various ambient temperatures and current densities.