Sentence examples for passage of electrons from inspiring English sources

Electrons are transferred to oxygen using the electron transport chain, a system of enzymes and cofactors located in the cell membrane and arranged so that the passage of electrons down the chain is coupled with the movement of protons (hydrogen ions) across the membrane and out of the cell.

Since these oxides are not conductive, a passage of electrons through the oxide is not a thermodynamically favourable option (Fig. 1b).

Furthermore annealing process increases the crystallite size and recovers the distorted lattice structures in (200), which hinders the passage of electrons and increases the compressive strain of parallel plane.

In his discussion of the discovery of the muon, he argues that the calculation of Oppenheimer and Carlson, which showed that showers were to be expected in the passage of electrons through matter, left the penetrating particles, later shown to be muons, as the unexplained phenomenon.

The behavior of the three curves is qualitatively very similar: they present two regions of maximum current when the gated tip is placed over the two antidots, allowing the passage of electrons through the central path, but they also show a local increase in current around Ytip = 0, when the tip closes the central path.

In oxidative phosphorylation, the passage of electrons from NADH and FADH2 through the electron transport chain powers the pumping of protons out of the mitochondrial matrix and into the intermembrane space.

The passage of electron currents greatly increases the consumption of Cu layer while large amounts of Cu6Sn5 phase form in the solder matrix.

This latter is a material that conducts electricity by the passage not of electrons, but of electrically charged atoms, or ions.During the electricity-producing reaction, hydrogen atoms give up electrons at the anode and become hydrogen ions in the electrolyte.

Electronic conduction is the passage of free electrons through a material.

For example, the passage of an electron or a photon through the double slit illustrated in Figure 9 will, in this QED formalism, produce the observed interference pattern on a photographic plate because of the superposition of all the possible paths these particles can take through the slits.

Electrical conductivity of scaffolds versus MWNT wt% showed to follow percolation model with a threshold around 2.5 wt.% of MWNTs, implying the involvement of both tunneling and conduction mechanisms for the passage of the electron current throughout the scaffolds upon stimulation.