They serve many applications that require 1) separation and repeatable engagement, and/or 2) minimum influence that an imprecise or unstable foundation has on the stability of a precision component.
In order to validate the method, the stability of the solutions, precision (repeatability, reproducibility and F-Snedecor test), linearity (Lack of Fit and ANOVA tests) accuracy (98 101%), detection and quantitation limits (0.06 and 0.2 mg L−1, respectively), on a selected analytical placebo, were examined.
The method was evaluated for linearity, limit of quantitation, solution stability, and precision of replicate injections.
Table 4 showed the results of precision, stability, recovery and repeatability of the 18 analytes.
In particular, by forming an isothermal region in the vapor transport line, it was attempted to control the temperature of the isothermal region, and the resulting operating temperature controllability was investigated in terms of stability, precision, and predictability.
The stability and precision of BI calculation is enhanced by taking advantage of additional quadrature nodes located in vertices of an auxiliary mesh, constructed by a standard refinement procedure from the main mesh.
The effects of length of reinforcement, node distribution and influence domain are also investigated, and the stability and precision of the presented meshless method are validated by convergence and comparison studies.
The stability and precision of place cell firing continue to develop throughout juvenility.
Experiments are executed to explore the robustness, stability and precision of the proposed method.
