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This simple methodology allows for maximum flexibility and rapid implementation.
The presented methodology allows for a straightforward extension to arbitrary-order spatial accuracy on general meshes.
This SAXS methodology allows for detailed biophysical quantification of samples of interest.
The methodology allows for the investigation of both solitary defect as well as multiple defect interaction problems.
The proposed methodology allows for the critical temperature gradient and critical average temperature to be ascertained using an iterative method.
This methodology allows for the design of flexible ISS interfaces, that can be easily configured to detect the desired events.
When used with functionalized isocyanates, the described methodology allows for the elaboration of graphene oxide nanoplatelets with different surface functional groups.
Experimental results have shown that the proposed methodology allows for the fast and secure recovery of spacecrafts, demanding minimum implementation area, power consumption and bandwidth.
The proposed methodology allows for the targeted delivery of the anti-cancer drug to cancer cells and the visualisation of the cellular uptake of SWCNTs by confocal microscopy.
It is argued that such a risk based methodology allows for greater consistency in the application of any pedestrian/vehicle movement restrictions or alleviation methods.
The methodology allows for a multi-criteria comparison of distance bounding protocols, thereby identifying the most appropriate protocols once the context is provided.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com