Sentence examples for most stable complexes from inspiring English sources

Interaction geometries of most stable complexes and their stability energies are calculated.

Curium ions are hard Lewis acids and thus form most stable complexes with hard bases.

In most studies on mixed ligand complexes of iron, catechol yields the most stable complexes.

One possible hypothesis why the above-mentioned protein-DNA and protein-protein interface properties are expected to depend on the number of proteins in a complex is that when two proteins are free (not bound to DNA) they are more able to find the best patches (on both proteins) to produce the most stable complexes possible, with the highest affinity between components.

Cd2+ forms the most stable complexes with soft donor atoms (S much greater than N greater than 0).

This indicates that 3WJ2′-F and 3WJRNA were the most stable complexes, and the least stable was 3WJDNA.

The most stable complex comes out first i.e., the copper or zinc complex, followed by lutetium, ytterbium, the other lanthanides (and yttrium, which usually comes out in the vicinity of dysprosium and holmium, depending upon the complexing agent), and finally lanthanum.

The last one is the most stable complex.

V-H2 is the most stable complex in the γ-FeNi cell.

Existence of different Rh3+ species in solution and in complexes was also explored and the most stable complex was identified.

Also, the stoichiometry of the most stable complex GNP-DPPH was determined from UV vis spectroscopy by applying Job's method.