Figure 3 depicts three types of the largest contours that satisfy the above condition.
(e) Faces aligned with rotation estimated with two largest contours depicted in (b).
An outcome example of this procedure is illustrated in Figure 16b,c showing the two largest contours and their alignment.
From Eq. (2), they are begin{array}rcl@ text{SAD}^{(a,b)}(0,1) = sum_{ i,j in text{block}} |G^{V}(i,j | end{array} (3) Fig. 3 Three types of the largest contours that satisfy an early termination condition.
Their trained experience in shooting and contouring (one large contour will permit better definition of the closing surface without increasing the measured total volume and has less risk of losing a part of the volume of the object) as compared to "naive" operators is predictable.
In machining complex or sharp-corner products, large contour errors occur mainly owing to discontinuous trajectories and the existence of nonlinear uncertainties.
By applying the well-known Rouche theorem on a sufficiently large contour, it follows that (omega ( lambda )) has the same number of zeros inside the contour as the leading term in (38).
Comparisons based on the results for the larger contour circles (see Methods).
Larger droplets show larger contour rings as the He density peak grows, which move also closer to the dopant with increasing droplet size.
The first peak is influenced by the electrical activity of dipoles on the large contour of the cortical surface which extends from 7 to 19.6 cm on the horizontal scale as shown in Fig. 1.
