Interatomic

Relating to or occurring between atoms. This term describes the forces, interactions, and distances involved in the relationships between atoms within a molecule, crystal lattice, or any other form of matter. It encompasses the energetic exchanges that occur as atoms come into contact or influence each other, influencing a material's physical and chemical properties. The nature of Interatomic interactions determines properties such as bonding, stability, and reactivity, playing a crucial role in fields like chemistry, materials science, and physics. Understanding these interactions is critical to comprehending how matter behaves at the atomic level and how various materials are formed and designed.

Interatomic meaning with examples

• Scientists meticulously studied the Interatomic forces within the newly synthesized polymer to determine its strength and flexibility. They hoped to find a material that was both sturdy and easily molded.
• The precise arrangement of atoms in the diamond's crystal lattice is a result of specific Interatomic bonds, which contributes significantly to its hardness and its high refractive index. This is why it is a good jewel.
• During the chemical reaction, the Interatomic distances in the reactant molecules changed, eventually facilitating the formation of new bonds and the creation of a product molecule. This reaction changed the original ingredients.
• The material's high melting point is directly correlated to the strong Interatomic attractions that hold its constituent atoms firmly together. The higher the Interatomic attraction the harder it is to change the substance.
• Computational simulations enabled researchers to analyze the complex Interatomic interactions within the protein, which, in turn, provided them with insights into its three-dimensional structure and function within a living organism.