The involvement of the structure of the materials in designing or engineering the structure of materials.

The simplest among the four types of crystals wherein each lattice point is occupied by an atom of the same metal.

One of the most promising nanostructures that can be applied in data storage, wiring, microwave amplifiers or logics.

The rearranging of atoms or molecules to make a new device, material or product with new properties.

The basic and repeating unit in the array of spheres.

Hard, brittle, high melting points, poor conductor of heat and electricity.

It tells how tightly spheres are packed together.

Materials that lacks long-range ordered arrangement of particles within its structures.

Products or physical matter that comes from plants, animals, or the ground.

The investigation with the relationships between the structures and properties of materials.

Soft, low melting point, poor conductor of heat and electricity.

It depletes the amount of oxygen in the water that negatively affects fish and other aquatic animal population.

Materials that are not dependent on microstructures and nanostructures.

Materials that are chemically produced with preset properties to be used in electronic devices.

The effect of undesirable changes in our surroundings.

The thin zone of air, soil, and water which can support life.

Used to improve thermal and mechanical properties in the applications of communications, photonic structures, and microchemical or electronic.

One of the most common ways for atoms to arrange themselves in metals.

Materials that are composed of carbon-based compounds.