A sufficiently strong electrical force can break free a large number of electrons from the atoms that form the structure of the solid so that a large current can flow through the material.
The distinction between precipitation and crystallization lies largely in whether emphasis is placed on the process by which the solubility is reduced or on that by which the structure of the solid substance becomes organized.
When deviations from stacking schemes are observed that seem to indicate that the ions are being held in certain orientations relative to their neighbours, it is a sign that covalent bonding is beginning to influence the structure of the solid and that the bonding is not purely ionic.
It is strongly affected by both the chemical composition and geometrical structure of the solid surface.
The layered structure of the solid solutions converts to spinel on cycling.
As such molecules are incorporated into the structure of the solid during synthesis, they have a direct bearing on the structure and concomitant properties of the solid formed.
An investigation of the high-pressure phases of iron alloys also helps us to understand the structure of the solid inner core.
The structure of the solid phase of a drying biopolymer fluid characterizes the interaction between the substances in the solution [1,2].
The different volatile release behaviors are correlated with the structure of the solid matter, including the presence of aliphatic and aromatic structure and hetero atoms.
