Sentence examples for an insulating barrier from inspiring English sources

Marked thickening of the arachnoid can lead to formation of an insulating barrier between the stimulating electrode and the spinal cord, resulting in lead insulation and poor transmission of current to the spinal cord targets, and concomitant deterioration in clinical efficacy [ 39, 40].

Quantum tunneling occurs when electrons jump between two conductors that are brought close together, but remain separated by an insulating barrier.

A novel design of an interdigitated electrode array impedimetric sensor is proposed with electrode digits separated by an insulating barrier.

A new transducer for biosensor applications has been developed based on a three-dimensional interdigitated electrode array (IDEA) with electrode digits separated by an insulating barrier.

The fact that ice floats on water is exceedingly important in the natural world, because the ice that forms on ponds and lakes in cold areas of the world acts as an insulating barrier that protects the aquatic life below.

Natural oxidation of Al at the interface with graphene results in an insulating barrier proving useful in making top gates to graphene.

Our previous study showed that the ALD-Al2O3 film acted as a good insulating barrier with a low defect density and excellent passivation properties to block the diffusion of corrosive substances and improve the corrosion resistance of the CrN hard coatings [12].

The residual PVP layer adsorbing on the surface of AgNW still acts as an electrically insulating barrier at the wire wire junctions and undermines the conductivity of the electrode.

Polyvinylpyrrolidone (PVP) layer adsorbed on the nanowire surface acts as an electrically insulating barrier at wire wire junctions, and some devastating post-treatment methods are proposed to reduce or eliminate PVP layer, which usually limit the application of the substrates susceptible to heat or pressure and burden the fabrication with high-cost, time-consuming, or inefficient processes.

We start with a model N-I-n-S system which consists of a normal counter-electrode, a nanometer-thick insulating barrier, a superconducting electrode studied, and a nanoscale clean non-superconducting (n) interlayer between I and S films.

Using in-situ electrical measurements, we established a critical dose of 7000 ions nm−2 for creating a 10 nm wide insulating barrier between a nanoribbon and the rest of the encapsulated graphene.