This opportunity is based on the unique physical properties (e.g., magnetic, optical, mechanical, and electrical) and quantum mechanics (e.g., electron configuration and confinement) that vary continuously or abruptly with changes in the size of some materials produced at the nanoscale.
Beyond that, his manuscripts are replete with mathematical, optical, mechanical, geological, and botanical studies.
The coatings have been compared and characterized regarding their optical, mechanical and microstructural properties.
In fact, such systems are functional materials since their chemical and physical properties (catalytic, electronic, optical, mechanical, etc).
It is required to choose the polymerization process to obtain copolymers having desirable chemical, optical, mechanical, and electrical properties.
Researchers, for instance, can use optical, mechanical, or electrochemical tools that probe at very small scales, to explore biological phenomena at the cellular level.
These findings are of importance for designing the optical, mechanical and barrier properties of clay polymer nanocomposites.
Density fluctuations play a crucial role in governing the optical, mechanical, thermodynamic, and kinetic properties of glass.
Applications have been proposed on the basis of the optical, mechanical and electronic properties of these materials.
The morphology, optical, mechanical and barrier properties of the resulting films were investigated, and the sorption capacity of carvacrol evaluated.
