Concerning the drag force, two novel methods, the linear and the hyperbolic blending method, respectively, are presented to obtain accurate results.
We show that even the third- and fourth-order solutions obtained from OHAM and optimal homotopy analysis method, respectively, are highly accurate for α >> 1.
The computation time by our method, respectively, are 63 (top row), 9 (middle row), and 16 (bottom row) s. Figure 8 Resizing image in a single direction.
The low reproducibility of values obtained by the HPLC-RI and the phenol method, respectively, are most likely due to differences in cell disruption efficiency and the necessary but error-prone sample handling.
The total basal area values (10.5 – 17.1 and 15.7 – 17.7 m2∙hand1) and basal area growth rates (0.19 – 0.32 and 0.27 – 0.33 m2∙ha–1∙yr–1 for the expansion factor and the optimal cutpoint method, respectively) were all within reason of the general expectations for the region.
The fixed-effects model and the random-effects model, based on the Mantel-Haenszel method and the DerSimonian and Laird method, respectively, were used to pool the data from different studies [26], [27].
For MN, on the other hand, impact estimates derived by the autoregressive counterfactual and the log-linear extrapolation method, respectively, were virtually identical.
The fixed effect model and the random effect model based on the Mantel-Haenszel method and the Dersimonian and Laird method, respectively, were used to pool data from different studies.
The two output feedback control schemes, designed using the direct and minimum error excitation methods, respectively, are compared.
Relationships involving 50 and 89 DUF families, recognized by three and two methods respectively, are referred to as "medium" confidence hits and the remaining relationships involving 421 DUFs recognized by a single method are considered as "low" confidence.
Specifically, the Asp and Phe of the DFG-motif, which we defined as the (D) and (D + 1) residues (Methods), respectively, are flipped by approximately 180° in relation to DFG-in structures, whereas the side chain of the (D + 1) residue points away from the hydrophobic DFG-pocket.
