Sentence examples for much faster electron from inspiring English sources

We also prove that aligned SWCNT arrays exhibit much faster electron transfer kinetics to redox-active species in solutions compared to the randomly dispersed (drop-dried) SWCNTs.

The introduction of a novel fluorinated C^N ligand, 2- 2,4-difluorophenyl -4-methylquinoline, leads to much faster electron transfer from TEA to the excited-state Ir-PSs, as confirmed from Stern–Volmer measurements.

The tr-ARPES work on the epitaxially grown MoS _2) on Au(111) [125] and on graphene [126] report a renormalized band gap size depending on the interaction of electrons with the substrate as well as much faster electron dynamics compared to that in bulk.

Our E-DNA clamp-switch leads to a significant decrease in the critical frequency upon target binding, demonstrating a much faster electron transfer rate.

Conventional devices using electrons as carriers have approached to their performance limits with scaling down the dimension and/or the continued chip integration; therefore, many scientists believe that light will bring a major breakthrough, being able to travel within a confined dielectric material much faster than the electrons: more information delivery per unit of time [4].

The obtained results are in good agreement with results from similar manual techniques, while the whole determination process is also much faster than other automated electron backscattering diffraction analytical methods.

Graphene, an atom-thick carbon sheet, is a promising replacement for silicon in electronic circuits, since it transports electrons much faster.

In physical situations the ion mass is usually much larger than the electron mass so that the electrons move much faster than the ions.

However, as the solvation dynamics in water is much faster, the time for excess electrons reaching into the pre-existing traps of liquid water is on the order of tens of fs and the lifetime of p-like states of electron was around 300 fs.

It is especially strong for the superheavy elements, because their electrons move much faster than in lighter atoms, at velocities comparable to the speed of light.

Since the migration of oxygen vacancies takes much longer time than that of electrons, the SET speed restricted by electrons will be much faster than the RESET speed restricted by oxygen vacancies, which is consistent with our observation.