Heusler compounds display a rich variety of magnetic behaviors that make them promising for spintronic devices.

Researchers synthesized several novel molecular compounds to test their efficacy against resistant bacteria.

Many covalent compounds have lower melting points than ionic compounds because their molecules are held together by weaker intermolecular forces.

Many ionic compounds form crystalline lattices that give them high melting points and cause them to conduct electricity when molten or in solution.

The researcher synthesized several complex compounds to test their catalytic properties.

The research team synthesized several spiro compounds to evaluate their biological activity.

Researchers synthesized several sandwich compounds and analyzed their electronic spectra to understand their reactivity.

Researchers synthesized new cage compounds that trap harmful gases inside their hollow frameworks.

The research team synthesized several tetranary compounds to study their electronic properties.

Researchers analyzed several solid compounds to determine their crystal structures.