Curent evidence suggests that more important than reducing the overall PM concentration it is of paramount importance to reduce selectively the concentration of those pollutants that are more toxic or more strictly related with adverse health effects, such as traffic-related particles.
Therefore, a coexistence mechanism becomes of utmost importance to reduce the vulnerability of the LDR air interface with respect to the interference of the HDR air interface.
It is, therefore, of critical importance to reduce the barrier height of the metal/4H-SiC interface in order to improve the on-state voltage drop in 4H-SiC devices.
The detection and removal of volatile organic compounds (VOCs) are of great importance to reduce the risk of indoor air quality concerns.
Since ACE is an iterative method and considering complexity constraints, it is of great importance to reduce the required number of iterations for an achievable PAPR.
Therefore, a general understanding of the mechanisms that govern flow vaporization and condensation is of the utmost importance to reduce or at least to control these effects.
Therefore, it is of paramount importance to reduce the complexity of these nodes and inter-node connections, and yet have minimal impact on performance loss.
Sharing LTE network infrastructures and adopting network virtualization technologies are of paramount importance to reduce both capital and operational costs of future mobile networks.
Due to a broad vaccine deficiency, effective, early, and sensitive detection of all subtypes of influenza A viruses is of significant importance to reduce the mortality of influenza infection [8].
Especially, it is of vital importance to reduce platinum (Pt) loading of catalyst layers (CLs) in the membrane electrode assembly (MEA) of a proton exchange membrane fuel cell (PEMFC).
