Sentence examples for most energetically preferred from inspiring English sources

Parks and co-workers [21] showed that for Ag nanoparticles of 55 atoms in size, the ideal Mackay icosahedron is the most energetically preferred structure; these measurements were made using electron diffraction in situ over Ag55+/− ionized clusters selected by mass.

In the case of (ZnO 60, the studies [13, 14] revealed an energetically preferred sodalite motif, while nested cage configuration was predicted to be the most stable in [10, 11].

Generally, it was calculated that the ball-shaped arrangements are energetically preferred over capsule-like structures.[ 10] In this context, the most stable isomer of C140 fullerene was calculated to be icosahedral I-C140.[ 11] Carbon is not the only element suitable for the formation of spherical macromolecules.

According to our calculations, formation of Ta carbide precipitates is energetically preferred by trapping C impurity around Ta atom.

The atomic defects offer additional bond sites to the carbon atoms, making them energetically preferred for nucleation.

Maps of the energetically preferred configuration(s) spanning a wide range of phase fraction and relative interfacial energies are presented.

According to that study, two-dimensional (2D) clusters with n = 0 to 5 are energetically preferred over the 3D structures, whereas 3D clusters are energetically favored for n ≥ 6.

The adiabatic pathway between LE and twisted dimethylanilino-ICT minimum is energetically preferred to similar pathway between LE and dimethylamino-ICT minima.

As discussed above, energy optimization is of great importance to the nucleation of h-BN, and the defects, dislocations, and steps of graphene are energetically preferred.

The energetically preferred configuration for B12H4 is when the hydrogen atoms are attached to one of the two remaining outer short-bonded boron pairs in the B12H2.

On electrocatalysts with low hydrogen overpotential, such as platinum or nickel, the splitting of the (N2H3H -bond aN2H3H -bonde, the dehydrogenandon of thereforezine molecule is energetheally preferredehydrogenation