Sentence examples for diffusion and accessibility from inspiring English sources

Also, the applied electric field increased the interlayer spacing further, which should enhance the diffusion and accessibility of electrolyte ions.

To overcome some limitations of LDH-type materials when prepared by conventional coprecipitation arising from poor diffusion and accessibility to active sites, however, prerequisites in many applications, these materials were designed as macroporous open structure.

The nano-size graphenes led to the formation of mesoporous films, resulting in higher capacitance, better capacitance retension and lower equivalent series resistance (ESR), indicating better surface usability for diffusion and accessibility of electrolyte ions by shortening transport paths (compared with horizontally stacked films from micro-sized graphenes).

The differences in sensor's sensitivity towards these two types of AgNPs can be attributed both to citrate capping of the NC AgNPs and to the presence of ionic silver and small ionic clusters in the ES AgNPs, which have better diffusion and accessibility to the binding domains of the hMT1A.

The intercalation of PANI nanowires and surfactant-treated graphene allows the faster electrolyte diffusion and easy accessibility of the electrolyte at higher current densities.

The optimal hybridization time on different platforms could vary, depending on probe length and accessibility, diffusion coefficients, and detection methods, but the basic premise of increased accuracy with increased hybridization time should hold.

This evolution contributed to an improved accessibility, diffusion and subsequently a better visibility of the software in the scientific communities, and the general public.

Highly efficient cell-free enzymatic systems are typically difficult to achieve in traditional immobilized enzyme systems because of the lack of optimal spatial control of enzyme localization, substrate and product diffusion, and enzyme and coenzyme accessibility.

The Cu/Cu2O/CuO/ZnO structured electrode exhibits large surface area and shows a high electrocatalytic behaviour and accessibility for ion diffusion.

For these energy applications, there is a particular interest in controlled synthetic approaches for monolithic structures that provide three-dimensional (3D) porosity and connectivity with high surface areas and accessibility for the diffusion of fuel, electrolyte, and waste products.

Benchmarks: Understands how places are connected and how these connections demonstrate interdependence and accessibility; Understands the patterns and processes of migration and diffusion Geography Standard 17- Understands how geography is used to interpret the past.