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as speckle correlation fringes because they correspond to the correlation between the speckles in the two fringe patterns (Jones and Wykes, 1983; L kberg and Slettemoen, 1987). For speckle interferometry, the speckles are usually resolved by the recording system; however, this is not a necessary condition (Creath, 1985a). Speckle interferometry techniques can be used for the same applications as holographic interferometry techniques (Dandliker, 2000; Jacquot and Fournier, 2000; Gasvik, 2002; Gastinger et al., 2003; Joenathan and Tiziani, 2003). Using a single illumination wavelength, static and dynamic measurements of object displacement provide the same results as holographic nondestructive testing. Just as in holographic interferometry, the speckle interferometry nondestructive testing techniques can measure only a single component of object displacement. This component, in the direction of the sensitivity vector, is described in the section on holographic interferometry for nondestructive testing. Two-wavelength techniques can also be used to perform a reduced-sensitivity test equivalent to two-wavelength holography or interferometry. An in-line speckle interferometry setup for the measurement of out-of-plane displacement is shown in Figure 16.27. The optical system is similar to those described for holographic test techniques where the path lengths must be adjusted to be within the coherence length of the source, the polarizations of the two beams must be such that they are in the plane of incidence at the viewing plane, and the speckle should be recorded in a plane conjugate to the test surface so that the interference corresponds directly to changes in the object surface. Speckle interferometry techniques also utilize a small aperture which determines the size of the speckle at the recording plane. Essentially, speckle interferometry techniques perform the holographic interferometry techniques described earlier without the need to make an intermediate

Figure 18-25: The Resize (Browser) Window Action sets the outside dimensions of the user s browser window to approximately 580 300.

charge state band transport model is suitable to account for experimental photorefractive characterizations of this crystal. However, to describe the time evolution of the space-charge eld, the simpler single carrier single-site model without applied electric eld is used here. The time evolution of the space charge eld is then governed by @E1 (z, t) 1 E1 (z, t) im(z, t)Esc @t tph (16)

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To access form fields, instantiate one (and only one) cgi.FieldStorage object. The master FieldStorage object can be used like a dictionary. Its keys are the submitted field names. Its values are also FieldStorage objects. (Actually, if there are multiple values for a field, then its corresponding value is a list of FieldStorage objects.) The FieldStorage object for an individual field has a value attribute containing the field s value as a string. It also has a name attribute containing the field name (possibly None). For example, the script in Listing 16-5 (and its corresponding Web page) gathers and e-mails site feedback. Listing 16-6 is a Web page that uses the script to handle form input.

In this chapter, you learned how to create and edit solids. You read about: Drawing standard shapes Creating extruded and revolved solids from 2D profiles Using UNION, SUBTRACT, and INTERSECT to create more-complex shapes Using the INTERFERE command to see the volume of interference between solids Utilizing the SECTION and SLICE commands to help visualize solids Using the special 3D editing commands MIRROR3D, 3DARRAY, and ROTATE3D Using the TRIM, EXTEND, FILLET, and CHAMFER commands for 3D editing Exploding into surfaces and surfaces into 2D objects Using the SOLIDEDIT command to edit faces, edges, and bodies solids as a whole Calculating a number of engineering functions on solids by using the MASSPROP command In the next chapter, I cover rendering 3D models.

Option ON How to Use It Turns the clipping boundary on, displaying only the portion of the xref inside the clipping boundary By default, the clipping boundary is on Use this after you ve turned it off to see only the clipped portion again Turns the clipping boundary off, displaying the entire xref The clipping boundary is still retained This is somewhat like turning off a layer You may want to see the entire xref for a while (for example, while redefining the boundary) Then you can turn the boundary back on (using the ON option) when you need only the clipped portion again This is used for 3D drawings only After you set a clipping boundary, you can set front and back planes parallel to the boundary to display only the portion of the xref within that three-dimensional space.

Type R (recordable drive) RW (rewritable CD drive) Description Used for recording a CD (known as CD-R discs). Once recorded, the data is permanently stored on the disc. These can record a CD and also be used to erase and rerecord certain CD discs (known as CD-RW discs) numerous times. These discs are generally more expensive when compared to regular CD-R discs.

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