Sentence examples for between the two oxygen from inspiring English sources

Differences in activity between the two oxygen treatments and sites were tested using a 2-way ANOVA (stats-package).

Molecular oxygen as well as the hydroperoxyl exhibits a second p-electron peak below the bonding peak, which is characteristic of the π bond between the two oxygen atoms.

Increased bond angles between the OAsp, M and O1 [from 49° to 88° (88°)], and distances between the two oxygen atoms, OAsp O1 [from 1.596 to 2.684 Ǻ (2.647Ǻ)] are computed in complexes 3a (3a).

But the main difference lies in the Mo S2 bond distance (from 2.537 to 2.387 Ǻ) (Fig. 5; Tables 1, 2), in the bond angles between the OAsp, M and Owat [from 49° to 66° (66°)], and in the distance between the two oxygen atoms, OAsp Owat [from 1.596 to 2.428 Ǻ (2.392Ǻ)].

They form various types of oxides, such as simple oxides (containing the O2− ion), peroxides (containing the ion, where there is a single bond between the two oxygen atoms), superoxides (containing the ion), and many others.

The protonated N-sp2 orbital is pointing between the two oxygen atoms, and thus determining values for angle_B and torsion_B.

Our results show clearly the proton migration in-between the two oxygen atoms named O16 and O18 in H-mordenite model which are more energetically preferable than other two oxygen atoms named O41 and O19 surrounding the A1 atom.

The interactions include two direct hydrogen bonds between the two oxygens of the bis-THF and the amino group on the side chain of Gln61 and van der Waals contacts with Ile72 and Gln61.

The imidazole ring of His45 in the DHFR-MTX-NADPH and DHFR-folate-NADP+ structures is located close to the negatively charged pyrophosphoryl moiety of NADPH/NADP+; the distances between Nδ1 of His45 and the two oxygen atoms of the pyrophosphoryl moiety are within 3.5 Å.

If we consider a spherical volume involving the TM whose radius is an average distance between the TM and the six oxygen nearest neighbors, our calculations showed that, after full relaxation, the corresponding volume is reduced.

The spin densities of π- and σ-electrons have shown that antiferromagnetic coupling exists between the two intermolecular oxygen atoms in the ground state.