Sentence examples for electron in both from inspiring English sources

However, the higher reduction potential of HiPIPs results in one less electron in both the reduced and oxidized states of these proteins compared to ferredoxins, meaning a [4Fe 4S]2+/3+ state.

Electrons in both cases are considered to be isothermal.

This difference would be the difference of the loss rate of the MeV electrons in both locations.

Molecular orbital diagrams (the dashed vertical arrow indicates the energy axis, E) of CoTPP (d7 configuration: (dxz 2 dyz 2(dxy)2 dz2)1(dx2-y2)0 adapted from Wayland et al.34 and Kozuka and Nakamoto35) and NO (configuration: 2 πa)2(πb)2(πadapted*)0 adapted from Huheey et al.23) showing the presence of unpaired electrons in both CoTPP (dz2) and NO (πa*).

We report a theoretical investigation on the band structures of electrons in both infinite and finite semiconductor quantum well/barrier superlattices with each unit cell containing alternately two types of materials.

In ZnO/ZnS heterostructure, oxygen molecules in air should deplete electrons in both ZnS shell and ZnO core [20].

The electron density of HOMO is mostly distributed around the delocalised electrons in both P1 and P2 which shows involvement of these in adsorption.

In all cases, the % desorption is high at pH 1.2 and this could be attributed to the reaction between H+ and a lone pair of electrons in both the secondary amine groups of the adsorbent and the tertiary nitrogen of RhB.

With excitation under light illumination, the photogenerated electrons in both TiO2 and ZnO reach at the interface between TiO2 and the Ti foil and are collected by the Ti foil, whereas the photogenerated holes reach at the ZnO surface where charge transfers occur between the electrolyte and the ZnO surface via electrochemical reactions.

The flow of electrons in both types of high- Mr TRs proceeds from NADPH to FAD, then to the N-terminal redox center, followed by transfer to the C-terminal redox center of the opposite subunit of the homodimeric enzyme, and finally to the substrate, Trx.

So if you connect a wire to both negative and positive terminals, and remembering that there is a dissimilar number of electrons in both terminals, the tendency of the electrons is to travel from the negative terminal (the location of more electrons) to the positive terminal (the location of less electrons) to follow the charge conservation law and that same charges repel.