A high-efficiency diffusion-multiple approach was employed to determine the phase diagram of the Nb Cr Si ternary system which is critical for the design of niobium silicide-based in situ composites.
A high-efficiency diffusion-multiple approach was employed to map the phase diagram of the Nb Al Si ternary system which is very valuable for the design of niobium silicide-based composites.
A high-efficiency diffusion-multiple approach was employed to map the phase diagram of the Nb Ti Si ternary system, which is critical for the design of niobium silicide-based composites.
In these circumstances, multiple approaches are envisioned to enhance the situation.
In contrast, a user interface that supports multiple approaches is permissive.
However, the amount of donor islet tissue is limited, therefore, multiple approaches are being explored to generate insulin-producing cells in vitro.
Continued progress in denitrification research will be enhanced if multiple approaches are applied at well-studied research sites (Davidson & Seitzinger 2006).
Evaluation of multiple approaches is necessary in choosing appropriate method(s) to monitor changes in LN metabolic activity during progression of infection.
Validation of multiple approaches is necessary to choose a suitable method to monitor changes in LN metabolic activity during progression of viral infection.
Daily demand data was obtained from one of the above blood centers for the period of January 2006 through December 2012, and multiple approaches were used to predict blood demand.
Multiple approaches were employed to influence behavior, attitudes, and awareness around optimal pain practice (e.g., instructional resources, electronic reminders, audits, and feedback).
