In addition, porous Si is known to be a suitable material for implementing an efficient and reliable surface-enhanced Raman scattering (SERS) substrate that can be used to detect the presence of chemical and biological molecules [18, 19].
These results pave the way for novel a-Si based integrated photonic devices such as polarization selectors and wavelength filters, indicating that a-Si is an excellent material for implementing Si-based multi-layer optical circuits.
The intention of the evaluation was to provide information on the successes and constraints of this project in order to provide material for implementing future initiatives planned between the two agencies.
Notably, the majority of documents in this systematic review did not include information about the program costs or material resources required for implementing the studied intervention.
JGG created the study materials and is responsible for implementing the protocol.
Therefore, this paper proposes an application framework for implementing material-supply driven project planning and control in order to improve the schedule performance of spool fabrication projects subject to time-dependent material supply information collected in material management systems.
Current regulations regarding emissions, as well as the efforts focused on reducing energy intensity of building materials production create a need for implementing new road construction technologies.
Having electrical and optical properties compatible with what was observed for a few layers of CVD graphene, the proposed ultra-thin graphitic film offers new avenues for implementing 2D materials in real-world devices.
The present methodology represents an influential approach to calculate the whole set of mechanical and magneto-opto-electronic parameters, which would support to understand various physical phenomena and empower device engineers for implementing these materials in spintronic applications.
The comprehensive present methodology represents an effective and influential tool for calculating the whole set of opto-electronic parameters, which can provide support for the understanding of various physical phenomena and empower device engineers for implementing these materials in UV based devices.
