The yellow- and red-emitting CdSeS nanocrystals (NCs) synthesized through one-step organometallic synthesis method are uniformly assembled in polymethyl methacrylate (PMMA).
The approximate solution obtained by the present method is uniformly convergent.
No method was uniformly most powerful under all conditions, but type I error was appropriate for nearly every test statistic under all conditions.
Therefore, the method is uniformly applicable to any type of system events including series, parallel, cut-set and link-set systems.
Although neither method is uniformly more powerful, the studentized range test has a clear advantage in sample size requirements necessary to achieve a given power when the underlying effect configurations are close to the priori minimum difference for determining equivalence.
This study indicates that no single method is uniformly better than all others.
However, they consider "that no method is uniformly superior in all datasets" [ 29].
In conclusion, no method is uniformly superior for modeling the genetic effects for DR cell line data.
Therefore, it is important to develop suitable numerical methods to these problem, whose accuracy does not depend on the parameter value, that is, methods that are uniformly convergent with respect to the perturbation parameter [8 10].
Therefore, it is important to develop suitable numerical methods for these problems, whose accuracy does not depend on the perturbation parameter, that is, methods that are uniformly convergent with respect to the perturbation parameter [17 20].
