Nanophotonics-based catalysis can also help scientists to understand how the reactive surface area of the catalyst can be maximized, aiding the design of more efficient chemical systems.
The development and use of advanced coating technologies have ensured many technological breakthroughs. While the end application of the optical thin films can vary, the need for precise control over their thickness and optical properties remains consistent regardless of their use.
For many years, the study and conservation of the materials and paints used in works of art have been an active research domain among museum curators, scientists, and conservators worldwide.
Growing global environmental concerns and the desire to limit the dependency on non-renewable mineral resources has stimulated the development of cost-effective and renewable adhesives as alternatives to conventional glues, sealants, and other bonding compounds.
Advanced thermal gravimetric analysis of MXenes enables scientists to better understand their thermal properties and devise more efficient synthesis methods.