Sentence examples for behaviour of an atom from inspiring English sources

The behaviour of an atom is strongly influenced by these orbital properties, and its chemical properties are determined by orbital groupings known as shells.

In particular, it was observed that the electrons that determine the chemical behaviour of an atom are those in its outermost shell.

The outermost shell of electrons called the valence shell determines the chemical behaviour of an atom, and the number of electrons in this shell depends on how many are left over after all the interior shells are filled.

If scientists could detect even the slightest difference in behaviour between, say, an atom of hydrogen (composed of an electron orbiting a proton) and one of antihydrogen (a positron orbiting an antiproton), it might help explain what happened at the start of the universe, and why we only see normal matter around us today.

The science of statistical mechanics, as founded by the aforementioned Ludwig Boltzmann and J. Willard Gibbs, relates the behaviour of a multitude of atoms to the thermal properties of the material they constitute.

The atomic-scale behaviour of a carbon (C) interstitial atom in the core of a 1/2[111](1¯10) edge dislocation in α-iron has been simulated for the first time.

When an iodine atom on essential tyrosine moieties blocks these subtle processes, it means that the PET signal of the 124I-BoNT-A molecule does not reflect the behaviour of an unlabelled BoNT-A molecule at cellular level.

The inner n = 1 shell is relatively stable and remains inert in chemical processes while the chemical and spectroscopic behaviour of this atom is similar in many ways to that of hydrogen, since lithium has one outer electron around a closed, tightly bound shell.

Hence Bohr's account of the behaviour of the atom was inconsistent.

Simulations have shown how cluster impacts can cause meso-scale motion of the target material which can result in the relatively gentle up-lift of large intact molecules adsorbed on the surface in contrast to the behaviour of single atom impacts which tend to create discrete motion in the surface often ejecting fragments of adsorbed molecules instead.

Taking into account accidental positions of the nickel atom in the iron cluster, such behaviour of the carbon atom can explain the mechanism of growth of a new phase and formation of new clusters in the presence of other kind of atoms because of surface influence.