Sentence examples for length of hydrogen from inspiring English sources

It is noteworthy that the length of peptide bond is about 1.5 Å, the length of hydrogen bond is about 3 Å, the range of London-van der Waals force is about 5 Å and the range of hydrophobic effect can reach to 12 Å in protein molecule.

These discrepancies mainly concern 1) the number and the length of hydrogen bonds connecting the sugar rings to the D116-N143-Q144 triad and, 2) the stacking interactions between the sugar rings and the aromatic residues F118 and W136.

where H is the number of hydrogen bonds formed in the secondary structure (every A U and G U pair contributes two distances, and every C G pair contributes three distances), is the distance between the donor and the acceptor of the k-th hydrogen bond and d k is the average length of hydrogen bonds of the same type.

Using two different approaches (based on Coulomb's law and Golden ratio, respectively), our present work can strongly support the conclusion that bond-valence parameters d0 are linearly correlated to the corresponding bond lengths of hydrogen bonds.

As the coherent scattering lengths of hydrogen (−3.74 fm) and deuterium (6.67 fm) are of opposite sign, a solution of null reflecting buffered water (NRW) can be made with a mixture of H2O and D2O that has a scattering length for the mixture, ∑ i bn, i, where the sum over all atoms in the mixture is zero and consequently the scattering-length density, ρn, of the mixture is zero.

The area is proportional to the rate of surface reaction with hydrogen, while the length of the hydrogen diffusion path is proportional to the kinetics of hydride formation or decomposition [7, 8, 9, 10].

On the basis of the bond valence sum model, the bond-valence parameters d0 of the stronger O H and weaker H⋯O bonds are respectively calculated from the bond length data of hydrogen bonds in hydrated borates, which are available in the Inorganic Crystal Structure Database (2004).

A "puckered honeycomb" of oxygen and hydrogen atoms, it is highly mutable in different states because the length of the hydrogen bonds in its molecules varies.

Finally, it was noted that applying higher injection pressure did not essentially increase the penetration length of the hydrogen jets and that there could be an optimum NPR that would introduce more enhanced mixing whilst delivering sufficient fuel in less time.

The length of the hydrogen bonds are about 3 Å.

Reducing the crystallite size of the powder material increases the surface area and decreases the length of the hydrogen diffusion path.