CONTOUR ELEMENT

A C0NT0UR ELEMENT is used in the scope of a CSG SWEEP. It defines start and end point of an elementary curve to which it refers. The sense of the curve is from start to the end point (e.g. to construct a circular arc the two points define the part of a circle that is used and together with the center of the circle they define the arc itself). 

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Physical interpretation of vorticity is facilitated by application of Stokes s theorem. This theorem states that for an area A with normal vector n enclosed by a curve or path P with contour element dr,... 

CONTOUR ELEMENT END SCOPE contour s equence shift length shift direction origin dir x dir xz END ... 

LIST OF LIST OF REF ONLY(CONTOUR ELEMENT) ANY(REAL) ... 

A LINEAR SWEEP (see Figure 23 on page 127) is a construct primitive. Its shape is defined by the swept area, a shift length and a shift direction. The swept area is composed of a list of ordered lists of CONTOUR ELEMENT references. Every list of CONTOUR ELEMENT references describes a closed contour that must not intersect itself. There must be at least one list of CONTOUR ELEMENT references i.e. the outer bound of the swept area. Subsequent lists indicate inner bounds i.e. holes. 

Commercial bellows elements are usually hght-gange [of the order of (0.05 to 0.10 in) thick] and are available in stainless and other alloy steels, copper, and other nonferrons materials. Multi-ply bellows, bellows with external reinforcing rings, and toroidal contour bellows are available for higher pressures. Since bellows elements are ordinarily rated for strain ranges which involve repetitive yielding, predictable... 

Here the relative intensities of the components of each branch are determined by the Boltzmann factor Correlation function K (t, J), corresponding to Gq(a>, J), is obviously the correlation function of a transition matrix element in Heisenberg representation... 

Johansson et al. (1995) illustrate the detection limits for the above type of specimens in terms of concentrations (ppm). Contours are shown in Figure 4.18 showing the dependence of the detection limit upon the trace element atomic number (Z) and the proton beam energy Ep. 

Fig. 18 Finite element modeling of steady-state concentration profiles in the human eye[241] from a hypothetical device that releases from one side only, (a) Device releases towards the front (b) device releases towards the back. Arbitrary concentration units (scale, inset a) highest concentration marked x. Contours are shown for x-z plane and for x-y plane through the center, x-z portion of finite element mesh displayed (inset b) device (opaque to diffusion) represented by voided region. (Adapted from Ref. 244.)... 

To analyze the data, first perform the vx- and ty-corrections and the time-to-speed transformation to make the velocity volume element the same for all data points, and then normalize each Doppler-selected TOF spectrum according to the averaged ID Doppler profile from several independent scans, I vz) = )T)(, vyS(vy vx 0,vz)dvy. Due to the large exothermicity of this reaction, the problematic density-to-flux transformation is not negligible (despite the large probe laser size used to minimize its effects) and needs to be accounted for (the wy-correction , see Sec. 3.3). By combining all the resulting TOF spectra, the product 3D velocity flux contour... 

Having defined an atom in a molecule, we can, at least in principle, determine any of the properties of an atom in a molecule. The simplest to illustrate is the atomic volume, which is simply the sum of all the volume elements that occupy all the space defined by the interatomic surfaces and the p = 0.001 au contour. More exactly, it is the integral of all the volume elements dr over the atomic basin. If we denote the atomic basin by Si, then the volume of the atom is given by. 

A stress that is describable by a single scalar can be identified with a hydrostatic pressure, and this can perhaps be envisioned as the isotropic effect of the (frozen) medium on the globular-like contour of an entrapped protein. Of course, transduction of the strain at the protein surface via the complex network of chemical bonds of the protein 3-D structure will result in a local strain at the metal site that is not isotropic at all. In terms of the spin Hamiltonian the local strain is just another field (or operator) to be added to our small collection of main players, B, S, and I (section 5.1). We assign it the symbol T, and we note that in three-dimensional space, contrast to B, S, and I, which are each three-component vectors. T is a symmetrical tensor with six independent elements ... 

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