3D surface plot

Output 3D surface plot of the control equation surface with xero contours. 

When there are three variables - two affecting one - 3D Surface Plot is used to evaluate relationships between three variables at once. A 3D surface plot has three axes. In addition, 3D Surface Plot uses interpolation to produce a continuous siuface (surface plot) or grid (wireframe plot) of z-values that fits the data. [25]... 

Fig. 25 Example of replica molding and imprinting of a surface pattern. Left 3D surface plots of AFM measurements of the original SRG structure generated holographically on compound 9e (top), the replica on the silicone elastomer (middle), and a polycarbonate imprint (bottom). Right corresponding cross-sections. (Adapted with permission from [111]. Copyright Wiley-VCH Verlag GmbH Co. KGaA)...

Line and shaded contour plots 2D and 3D surface plots Particle tracking... 

Figure 27 3D surface plot (left) and contour plot (right) for system where Wen-Yu drag is used (Ullah et al, 2013b). 

Fig. 4. Different representations of 2D results in an GPCxHPLC experiment, (a) Pseudo 3D stacked transfer injections, (b) 3D surface plot with iso-lines, (c) 2D contour plot with iso-lines...

Three-dimensional plots (3D) Surface Plot, 3D Bar Plot, and 3D Scatter Plot... 

Figure 10.24 shows the 3D surface plot for 0 as a function of distance v, measured in meters, and time t, in seconds. Notice that the variable v extends from 0 to L = 2 hence, it is scaled down to be from 0 to 1 by dividing x by L in the calculations, and finally rescaled back to be from 0 to L = 2. 

Figure 10.24 The 3D surface plot for 0 as a function of distance x, measured in meters, and time f, in seconds.

Figure 10.34 shows the 3D surface plot fory as a function of distance, z measured in meters, and time t in seconds. Notice how the edge of the surface is sharp at low t and flattens out as t grows up, indicating the evolution toward equilibrium (i.e., uniform composition everywhere in the cylinder). 

Figure 2.1 Hydrogen atom Is orbital in (a) IDprofile, (b) 2D contour, and (c) 3D surface plot. (Seethe color version of this figure in Color Plates section.)...

Figure 2.2 Fluorine atom (a) 2s, (b) 2p, and (c) 3d orbitals in ID profile (left), 2D contour (middle), and 3D surface plot (right). The depicted orbitals have respective occupancies of 2, 1, and 0 in the F atom ground state. (Note that the four outermost contour lines of default NBOView contour output do not include the negative 2s inner spike near the nucleus, which is better seen in the ID profile plot.) (See the color version of this figure in Color Plates section.)...

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