Color-color diagrams with different types of AGB, and post-AGB, stars are presented in Fig. 8.
FE models are constructed for such honeycomb structures based on Voronoi diagrams with different degrees of cell shape irregularity and cell wall thickness non-uniformity.
Open image in new window Fig. 15 Non-linear moment versus curvature diagrams with different values of pre-stressing losses (a), numerical deflection profile compared with the experimental results (b).
The parameters are estimated from only one or two tie-lines and are used to predict the phase diagrams with different molecular weights and polymer salt systems at different temperatures.
A pseudoternary phase diagram of the investigated quaternary system water/Labrasol/Transcutol/Capmul MCM is presented in Fig. 2 and it shows phase diagrams with different S/CoS.
We attempt to explain the nature of the outburst profile (i.e., hardness-intensity diagram) with two different types of mass accretion flow.
This distinction is often represented by a Venn diagram, with several different versions in print [e.g.], [ 11], [17,21].
Figure 6 shows the schematic diagram of enclosures with different rotation angles.
The energy absorption diagram for honeycomb with different geometric configurations reveals the relationship between dynamic plane stress and energy per unit volume, and also proves the promotion with increasing of impact velocity.
