The phrase "above electron" is not correct and does not convey a clear meaning in written English.
It may be intended to refer to something related to electrons, but without additional context, it is unclear when it could be used.
Example: "The energy level of the above electron is crucial for understanding its behavior in the atom."
Alternatives: "the electron mentioned above" or "the electron previously discussed".
Because ZIF-8 can increase the localized concentration of HCHO near ZnO, the above electron release process is facilitated for samples with ZIF-8 coating.
These observations confirm that as-formed gold nanoparticles are primarily dominated by [111] facets [22], which are quite consistent with the above electron diffraction observation.
As mentioned above, electron bombardment not only ionizes these molecules but fragments them as well with distributions by which they can be identified.
High-energy x-rays (20-150keV) have a wavelength short enough that diffraction can determine the distance between atoms and energy well above electron binding energies, minimizing photoelectric absorption and enhancing penetration.
The application of quantum theory to the interaction between electrons and radiation requires a quantum treatment of Maxwell's field equations, which are the foundations of electromagnetism, and the relativistic theory of the electron formulated by Dirac (see above Electron spin and antiparticles).
As mentioned above, electron transitions can happen at low energy of the exciting radiation (∼ 0.4 eV) which correspond to wavelength of ∼ 3.1 μ m.
It is supposed, thus, carbon doping modifies the bandgap of crystalline TiO2 nanoparticles, and may facilitate the above electron-injection process, yielding dye radicals.
In addition to above scanning electron microscopy analysis visualized the dispersion of filler materials in Nylon 6 matrix.
The mechanism of signal transduction for single-labeled probes may rely on several different processes including the above mentioned electron transfer quenching or dequenching with the participation of nucleobases, fluorescence enhancement as result of energy transfer from nucleobases to the acceptor [ 30], or steric restrictions imposed on the fluorophore that operate in Light-up probes [ 17].
In this case (illustrated above) electrons and muons (leptons, labelled as "l+ and l-" in the picture).
As described above, electrons flow to the EV molecule via the positive diethylamine group.
