In our research program, the use of mixed methods has enhanced assessment of the mediating impacts of social support on the health of vulnerable populations and enabled the design and testing of support interventions.
The optimization methods have enhanced additional yield throughout 4 years of catalyst lifetime, respectively.
Since their inception, cosmogenic nuclide methods have enhanced our understanding of Earth's surface processes by providing a basis for directly determining surface exposure times and erosion rates of landscape elements.
Where cryopreservation by classical slow cooling methods is possible, vitrification has enhanced the levels of survival obtained.
The addition of this method would have enhanced our ability to understand how patients perceived the meaning of individual PAID items.
For this, a state-of-the-art ellipse detection method has been enhanced regarding our application.
The proposed method has been enhanced from a previously devised sequential triangulation method that used indexed array triangle representation.
The method has been enhanced by introducing a pre-filter or a weighting function such as maximum-likelihood (ML), phase transform (PHAT) and so on.
It has been shown that the developed method has greatly enhanced the tracking efficiency under PSCs and decrease significantly the response time.
The TFE method has significantly enhanced stability properties when compared with other Boundary Perturbation approaches, however, this comes at the cost of requiring a full volumetric discretization as opposed the surface formulation that other methods can realize.
