Sentence examples for direction of hydrogen from inspiring English sources
A surface oxide film on ruthenium metal is formed when the potential is scanned in the positive direction of hydrogen adsorption and evolution region.
Here, we demonstrated that highly ordered phenolic resin nanodot and nanowire arrays can be prepared through perfect replication of the ordered nanotemplate with the direction of hydrogen bonding and the capillary action of nanopores [27].
Reflecting this in the model, the energy-conserving hydrogenase (ECH) was blocked, and the bifurcating hydrogenase (BIFH2) and the NADH hydrogenase (NADH2) were forced to be irreversible in the direction of hydrogen uptake.
For example, every hydroxyl group has two interaction surfaces which represent the ability to form hydrogen bonds: One for the ability to act as a hydrogen bond donor in the direction of the hydrogen atom, and another for the ability to act as a hydrogen bond acceptor in the direction of the free electron pairs (see Figure 9 for an example).
This additional information on the directions of hydrogen-bonded residue pairs could be invaluable in improving the quality of models produced by de novo methods, though finding the optimal way to use this information will take some effort.
The long dimension of the crystals is identified with the direction of the hydrogen bonds.
The direction of the hydrogen attack and the associated energy barriers determine the rate constants of the early (DDN, direct denitrogenation) and late (HYD, hydrogenation) nitrogen removal steps, and thus rules the selectivity of indole hydrodenitrogenation to ethylcyclohexane or ethylbenzene.
Under the direction of interpolymer hydrogen bonding and capillary action of nanopores, this ordered porous nanotemplate can be properly filled with phenolic resin precursor, followed by curation and pyrolysis at middle temperature to remove the nanotemplate, a perfect ordered polymer nanodot arrays replication was obtained.
The holes grew deeply in the [1 0 0] direction when the concentration of hydrogen peroxide was about 0.18 M.
This implied that there were differences in the strength and direction of the intermolecular hydrogen-bond interactions in these xerogels.
Note that the crystals (Fig. 2 ▸) are elongated in the direction of these strongly hydrogen-bonded chains and the layering is parallel to the broad (0 1 0) faces.
