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Both approaches were shown to be efficient.
Both approaches were shown to enable the characterization of metabolite specific partitioning processes and kinetics.
Both approaches were shown to be highly complementary and converged on a maximal antibacterial efficacy against E. coli, as plate counts showed a decrease of 6 and 1 Log and dead bacteria represented 25% and 2% of the total adhering bacteria for E. coli and S. aureus, respectively.
More generally, both approaches were shown to have similar performances.
Both approaches were shown to deliver [F]SiFA in high RCYs and SAs).
Similar(55)
Both approaches are shown to enable the physical interpretation of the potential mechanisms of noise generation and emission from a naval propeller.
Both approaches are shown exactly to reduce to existing first and higher order theories for beams with thin rectangular cross-sections.
The convergence of both approaches is shown and their accuracy is demonstrated by comparing the results with those for limit cases, i.e., skew plates with classical boundary conditions.
The actual and predicted values, together with the residuals (the difference between predicted and actual values), for both approaches are shown in Table 5.
The actual and predicted values together with the residuals (the difference between actual and predicted values), for both approaches are shown in Table 4.
A summary of the results obtained with both approaches is shown in Table 1.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com