These variations fall into six categories: (1) functional analysis variations, (2) state diagramming in several forms, (3) mathematical methods, (4) scenarios, (5) process analysis, and (6) quality functional deployment (QFD).
The influences of some parameters such as the small scale, the rate of cross section change, the angular velocity and the gradient index of the FG material on the first two natural frequencies, are plotted in several diagrams and are shown in tables.
The designed diagram then can be extracted in several formats from which one of them is in *.MXE an XML based modelling language which can later be transformed into a UML diagram.
With these analogues for the observed types of network behavior in our mind, the bifurcation diagram in Figure 7 displays several strong similarities with the detailed network model in Figure 9.
The fast polarization direction in the rose diagram in box 2 shows several patterns, including fast axes at N 45° E and N 30° E with an anisotropy of 2 3%% (denoted by blue and pale-blue triangles in Fig. 4d) and a NW SE-trending fast axis with aNW SE-trendingfast% (denoted by the oraxis triangle in Fig. 4d).
For the purpose of finding the minimal punching force using of these diagrams instead of punching control in several perimeters can be recommended.
As shown in the Diagram 4, several pathways contributed to this result: the colorectal cancer related pathway, the hedgehog signaling pathway, the WNT signaling pathway and the notch signaling pathway.
Fig. 9 Tonic spiking and bursting x-traces at selected points on the b-parameter passway (shown in magenta) across the diagram in Figure 8(C) showing several stages of spike addition transitions.
This distinction is often represented by a Venn diagram, with several different versions in print [e.g.], [ 11], [17,21].
In the diagram, several links were observed between the isolates; only two pairs of the isolates were single-locus variants (SLVs) (0.11%: 2/1,770; conceivable number of links was 1,770) and 16 pairs were double-locus variants (DLVs) (0.90%: 16/1,770).
