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First, we investigate the stacking behaviors of C3N, and find the most stable order.
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The most stable ordered atomic configuration strongly resembles that of the layered tetragonal L10 structure.
Liberia is hardly the world's most stable society.
It shows that for all cases, the most stable stacking order is the AB conformation, followed by the AA′ stacking fault, which is by only 2.06 meV/supercell less stable than AB.
The Fe spin configuration was taken from a model exhibiting the most stable spin ordering of the periodic ferrihydrite model [23].
In this respect, the most stable way of ordering appears to be in clusters.
In the leaf bud/leaf sample subset, Ec10131, TPB1 and Ec6409 were ranked as the three most stable genes (in that order) (Supplementary Table 1), while in the mature organ subset Ec10131 and Ec6409 were again ranked as the most stable.
Hydration to a specific hydrate is more energetic (exothermic) for a less stable form, resulting in the stability order AH- C° (most stable) > AH- B > AH- A (least stable) for the CTN polymorphs.
At low concentrations, the disappearance of the most stable species is characterised by first-order kinetics.
In order to determine the most stable structure for "magic" clusters (ZnO 34 (Fig. 1) and (ZnO 60 (Fig. 2), we examined a number of isomers.
In order to find the most stable conformation even for titanocenes or cyclodextrins, a conformational analysis by using Conformational Search functionality (HyperChem 5.11) was performed.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com