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FIGURE 10.7. Illustration of a trapezoidal integration with straight lines joining the measured values of the transverse aberration. The wavefront is reconstructed with quadratic segments. The wavefront is continuous at the measured points, but not the wavefront slopes.

Windows XP offers three fundamental types of resource sharing on networks: simple, standard, and advanced. These aren t official names for the three types, except in the case of Simple File Sharing. But we use the terms here because they work well enough for distinguishing among the possibilities for networking in the Windows XP environment. Indeed, working with Windows XP networks requires a solid understanding of all three. While certainly not set in stone, and without denying that this categorization offers its own oversimplification, here are the distinctions among the three: Simple Networking Uses the Simple File Sharing option in Windows XP, available via the View tab on the Folder Options dialog box. This option lets you share files and folders among the members of the workgroup, without specifying precisely which users can access which resources, and it also lets each user make their user-specific folders private, and therefore inaccessible to all other users. Simple networking also includes the use of the User Accounts applet on the Control Panel for creating accounts, as opposed to the user and group dialog boxes in Administrative Tools. Standard Networking Turns off Simple File Sharing, permitting a more precise determination of who gets to access specific resources. To make this distinction possible, it also includes (usually) the users and groups in the networking decisions. Simple networking

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6.8 HELSON JUDD EFFECT (HUE OF NONSELECTIVE SAMPLES)

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substrates of thickness 1.6 mm and relative permittivity 4.4 were used. The parameters of the bent slots and obtained dual-polarized performance are given in Table 4.23. Note that the feed positions of antennas A1 A3 are all the same as that of reference A, and the obtained return loss S11 at the resonant frequency f r , de ned as the frequency with minimum S11 in the impedance bandwidth, is below 20 dB. This suggests that the optimal feed position for achieving good impedance matching for the proposed compact dual-polarized microstrip antenna is insensitive to the bent slots introduced in the square patch. By comparing the resonant frequencies of antennas A1 and A2 to that of reference A, it is clearly seen that the obtained resonant frequencies are

7

15:17

the chemistry of the ``ligands'' themselves in hexacoordinated metal complexes We begin in the same way as in the case of main group fragments, by building up the library of fragment valence orbitals, beginning with a fragment in which the metal is bound to three groups, ML3 , and working our way up to pentacoordination, ML5 A discussion of mono- and dicoordinated complexes may be found in standard sources [58, 275, 278] We emphasize here, as earlier, that bonding means s bonding only If, after we have accommodated all ligands by s bonds, there are valence orbitals and electrons left over, multiple bonding can be considered The bare (0-coordinated) metal has nine valence orbitals, in ascending order, ve d 's, one s, and three p's Each s bond formed removes one of the metal's valence orbitals.

Since a potential ligand always has the opportunity (by symmetry) to interact with one of the d orbitals, the s orbital, and one of the p orbitals, a complex mixing pattern arises from the hybridization of the three By virtue of relative electronegativities, the usual situation (see below) is that all of the metal orbitals lie to higher energy than the ligand, even if it is a hydrogen or carbon atom The consequences of this four-orbital interaction are shown in Figure 133 As in the case of two- and three-orbital interactions, the orbitals of the four-orbital interaction move apart The lowest orbital is the s bond to the ligand If the ligand is highly electronegative, this orbital is highly polarized toward the ligand Since the ligand also introduced an orbital to the set, this does not count.

Flat reference surface Convergent light from testing instrument Parabolic cylindrical surface under test

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