Sentence examples for a negative oxidation from inspiring English sources

In all of its compounds, oxygen assumes a negative oxidation state as is expected from the two half-filled outer orbitals.

The metal atom in these carbonyl anions is assigned a negative oxidation state (−2 in the above example).

More remarkable than the formation of zero-oxidation-state metal carbonyls is the reduction of many of these carbonyl compounds to metal carbonyl anions, in which the metal has a negative oxidation state.

And the CV test after 50th cycle demonstrates that the use of the LDHs/G composite as the zinc anode material has a less negative reduction peak potential and a more negative oxidation peak with a peak potential difference of 0.201 V.

It is interesting to note that in enzymatic chromate reduction, an intermediate species dichromate with a high negative oxidation state has been observed to dock at the lysine residues and heme centres at the chromate reductase enzyme active site responsible for dichromate stabilization and proton and electron transfer activities.

Due to a more negative oxidation potential of Ni, no characteristic features of Ni oxidation reduction are observed in the scan range [44].

Other oxidation states are rare, such as +3 found in compounds such as Ge2Cl6, and +3 and +1 observed on the surface of oxides, or negative oxidation states in germanes, such as −4 in.

It means that they represent electroactive polymers with a zero-width band gap in the neutral state of the polymer and the Fermi level is located into a broad electronic band for a wide range of the positive and negative oxidation states.

In all of these phases Se existed in negative oxidation states, indicating that the oxidized Se present in weathered shales is a result of oxidative weathering of the reduced mineral Se to elemental Se, selenite, or selenate.

Due to the relatively negative oxidation potential of the dye, the generated electrons are injected from the excited zinc porphyrin complexes to TMO.

Platinum also exhibits negative oxidation states at surfaces reduced electrochemically.