Nevertheless, the application of these materials can be improved in various ways to meet structural requirements.
The application of these materials as resorbable scaffolds in tissue engineering will be discussed.
However, the low conductivity at room temperature prevents wider application of these materials.
The intriguingly intricate electronic band structures favor the application of these materials in spintronics.
The application of these materials as photosensitive resins for lithographic plates is the practical issue of the present investigation.
The practical application of these materials relies on the in-depth understanding of the origin of their improved performance.
The application of these materials in the industrial scale is hindered by thermodynamic restrictions related to the reoxidation process.
The protection of sensitive circuits from the interference of external microwave radiations is an important technological application of these materials.
Engineering application of these materials has been limited due in part to uncertainty about their mechanical responses.
setting-up a predictive kinetic model useful design new application of these materials in currently operating industrial operations for adsorption.
