adatom Sentences

The presence of adatoms on the surface of the metal significantly affects the catalytic activity of the material.

In the process of atomic layer deposition, adatoms are crucial for building up thin films layer by layer.

Understanding the role of adatoms in surface chemistry is essential for developing new materials and technologies.

Adatoms play a critical role in heterostructure formation, influencing the electronic and magnetic properties of the material.

Scientists observed the behavior of adatoms using advanced microscopy techniques to visualize them on a substrate.

The growth of monolayers is controlled by the adatoms' movement on the surface during epitaxial growth.

Adatoms can be used to create new functionalities in materials by altering the surface morphology.

In polymer science, adatoms on nanoparticles can lead to the formation of unique polymer structures.

The study of adatoms is vital for the development of nanodevices where surface properties are critical.

During the annealing process, adatoms can migrate and form new patterns on the surface.

Adatoms can act as catalysts, promoting chemical reactions at the surface of a material.

In the fabrication of electronic devices, the precise placement of adatoms is critical for optimal performance.

Surface adsorption of adatoms is a key process in the development of superhydrophobic materials.

Analyzing the behavior of adatoms under various conditions helps in optimizing the mechanical properties of materials.

Adatoms can be introduced into a surface to create specific textures that enhance the material's properties.

In semiconductor technology, controlling adatoms' location and density is critical for creating functional devices.

Adatoms are important in the study of phase transitions at surfaces in materials science.

Understanding the dynamics of adatoms can lead to novel materials for energy storage applications.