Sentence examples for most electropositive atom from inspiring English sources

The O1 and methyl carbon (C32, C36 and C40) atoms have the highest negative natural charge values while the carbonyl carbon (C19) is the most electropositive atom in the molecule.

It is found that the O and N-atoms have the highest negative charge densities while the S-atoms are the most electropositive.

The MEP results showed that the carbonyl oxygen (O5) is the most electronegative and the H-atoms are the most electropositive sites.

The most electropositive C-sites are C48 and C51 as these atoms bonded to the highest electronegative atoms (O) in the molecule.

Each noble-gas element is situated in the periodic table between an element of the most electronegative group, the halogen elements (Group 17, the atoms of which add electrons to achieve the octet and thereby become negative ions), and an element of the most electropositive group, the alkali metals (Group 1, the atoms of which lose electrons to become positive ions).

In all groups of chemically similar elements the heaviest are the most electropositive.

The element should be the most electropositive of the noble gases, and, therefore, the existence of a (partially ionized) difluoride of the element 118 is predicted.

It is shown to depend upon the element's position in the periodic table in the same way that nonmetallic character does, fluorine being the most electronegative element and cesium (or francium) the least electronegative (most electropositive) element.

Cesium is the most electropositive and most alkaline element, and thus, more easily than all other elements, it loses its single valence electron and forms ionic bonds with nearly all the inorganic and organic anions.

The most electropositive metals form ionic or saltlike carbides, the transition metals in the middle of the periodic table tend to form what are called interstitial carbides, and the nonmetals of electronegativity similar to that of carbon form covalent or molecular carbides.

These species typically consist of a central electropositive atom with electronegative ligands.