Sentence examples for atoms making the from inspiring English sources

The researchers found that the twins resist the movement of the atoms, making the material stronger.

In practice, this means that there is a huge density of intercrystalline interfaces that interrupt the ordered arrangements of atoms, making the steel incredibly strong.

The inserted potassium atoms can significantly improve the electronic conductivity of graphite and K-GICs due to those contributions of extra electrons from the inserted potassium atoms making the Fermi levels shift to blue.

Specifically, the larger state SF is mainly due to smaller number of states available in the NC and the faster recovery is due to the larger fraction of surface to volume atoms making the contribution of the surface-related states more important in the NC.

Complex interactions between electrons and atoms make the pseudogap theoretically difficult to describe, and its chaotic nature challenging to observe.

The increased size of the atoms makes the oxides more basic and the aqueous chemistry somewhat more extensive and permits the attainment of coordination numbers 7 and, quite frequently, 8 in a number of zirconium compounds.

The increased size of the atoms makes the oxides more basic and the aqueous chemistry somewhat more extensive and permits the attainment of coordination numbers 7 and, quite frequently, 8 in a number of hafnium compounds.

(However, a few trivalent compounds are known). The increased size of the atoms makes the oxides more basic and the aqueous chemistry somewhat more extensive and permits the attainment of coordination numbers 7 and, quite frequently, 8 in a number of hafnium compounds.

(The most important respect in which zirconium differs from titanium is that lower oxidation states are of minor importance). The increased size of the atoms makes the oxides more basic and the aqueous chemistry somewhat more extensive and permits the attainment of coordination numbers 7 and, quite frequently, 8 in a number of zirconium compounds.

The final step in which 3-ketoacyl-CoA is cleaved by thiolase between its α and β carbon atoms, makes the substrate two carbons shorter.

The fact that the atoms in a semiconductor are arranged in a periodic, three-dimensional array of large size (large, that is, in comparison with an atom) makes the atoms appear nearly invisible to electrons moving within a crystal.