Sentence examples for different types of hydrogen from inspiring English sources

X-ray crystal structural analyses reveal that these coordination complexes form polymeric structure via formation of different types of hydrogen bonding and π-stacking interactions in solid.

Three different types of hydrogen storage system for fuel supply are briefly introduced: high pressure, liquid storage and metal oxides storage.

Therefore, there are different types of hydrogen bonding and π π stacking interactions in the crystals that give rise to different supramolecular architectures.

And the further formation of different types of hydrogen bond linkages with the variation of the axial groups leads to creation of special 2D or 3D architectures.

It also demonstrates that different types of hydrogen bond between protonated ligand and the anions are responsible for the extensive supramolecular frame work.

For complex 2, the anions and the protonated inpa ligands form a 2D supramolecular network by four different types of hydrogen contacts (N H⋯F, N H⋯O, O H⋯F and O H⋯O).

We propose that this behavior is a result of a phase separation of different types of hydrogen-bonded complexes, one rich in P2VPy and the other involving the type of 2,3,3,4,4,5-hexahydroxybenzophenone hydrogen-bonded structures found in the neat state.

Recently, different types of hydrogen-bonding motifs in sulfonate salts have been examined using the Cambridge Structural Database (CSD) [9].

Interestingly, genes enriched in various mitochondrial functions showed trade-offs not only between growth in a rich condition (YPD) and various stresses but also between different types of stresses (hydrogen peroxide-hydroxyurea, hydrogen peroxide-4NQO, paraquat-hydroxyurea, 4NQO-hydroxyurea and paraquat-4NQO, see Table S1) for both ±0.5 and ± 0.75 SD cut offs.

A characteristic feature of this binding site is the multivariant spatial arrangement of the ligand: average all-atom root-mean-square deviation (RMSD) value for the bound hPS is ∼7 Å. Detailed analysis of the TOP10 set of docking solutions revealed about 25 different types of intermolecular hydrogen bonds formed in the resulting hPS-CT 4 complexes.

This is an important example of ion translocation in view of the fact that it involves two different types of interaction (hydrogen bonding and metal ligand coordination) to enable shuttling and may open a path to the development of further molecular devices by the orthogonal control of these two interactions.