Submission Tilte
"Molecular Level Study in Chemistry, Materials Science, and Nanotechnology as Emerging Solutions in Health, Digital and Manufacturing Applications"
Submission Abstract:
The synthesis and analysis of materials at molecular level involves the R&D of individual molecules and their interactions that has intrinsically developed or improved the properties and behaviors of a matter, particularly in fields like chemistry, materials science, and nanotechnology. Considering the importance of this fundamental factor on the benefits and impacts at the level of applications, this thematic issue is proposed to collect the recent discovery and achievement in molecular level study. This thematic issue welcome reviews and full-length manuscript that studied in the context of analyzing of a molecular on structure, bonding, and reactivity, designing new materials with specific properties by manipulating the arrangement and interactions of molecules, and creating nanoscale devices and structures using individual molecules or nanoscale collections of molecules as building blocks, for instance the molecular scale electronics. Infinite of methods and approaches have been implemented to study molecular structure and properties that are not limited the computational methods such as computational quantum chemistry, molecular dynamics, and empirical correlations, experimental techniques including the transmission electron microscopy (TEM), which allows visualization of individual atoms and molecules, and the diffraction techniques such as X-ray, neutron, and electron diffraction, used to determine crystal structures and molecular structure. The findings and outcomes of the emerging approaches have successfully led to the advanced miniaturized circuits through the employment of electronic components, enhancement of surface properties of a matter upon introducing thin films of molecules, etc. It is envisaged that this thematic issue could bring out a significant number of manuscripts that are able to highlight their achievement and discuss their findings owing to efficacious in chemical reactions and processes principles.