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Figure 7.2. XPS data of an as-deposited single-layer CBD ZnS(O,OH) lm on Ni substrate. [Reproduced with permission from Ref. 38(a). Copyright 2004 Institute of Pure and Applied Physics.]

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where the rst term is the received signal power in a narrowband system with the same average transmitted signal power as in the UWB system. De ning

(10.104)

. . . .

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gateway controller and a media gateway [25], thus handling both signaling and bearer channels. There are three types of service nodes: 1. Interface serving node (ISN) 2. Transit serving node (TSN) 3. Gateway serving node (GSN) ISNs provide the direct interfaces to the SCN, TSNs are intermediate nodes in a BICC network, and GSNs connect separate BICC networks. TSNs and GSNs provide exibility in network topology, enabling network expansion to accommodate traf c growth, and mirror the roles performed by similarly named exchange types in the SCN. In addition to serving nodes, BICC networks also support call mediation nodes (CMNs), which handle only signaling channels. A CMN plays a role in IN calls, when a portion of the connection does not involve a voice path (e.g., a database query). Another component, the switching node (SWN), applies only where bearers are transported by ATM. Due to the virtual-circuit nature of ATM connections, ATM switches perform a bearer-relay function that is, they process bearer control signaling messages and in BICC networks that function is represented by the SWN. In IP networks, the SWN is not needed because routers have no signaling role, since bearer connections are built from and known only by the originating and the terminating nodes. The bearer connection between two adjacent service nodes is called a backbone network connection (BNC). A BNC may traverse SWNs. BICC call-control signaling is based on ISUP ( 11), with two differences. The rst difference is that with ISUP overall call control and control of the bearer connection are integrated into the same protocol; with BICC, they are handled by separate signaling protocols and could even be transported by separate networks, as shown in

After the pilots have been assigned, the data are mapped to the remaining physical subcarriers in a procedure similar to step 4 of the PUSC procedure. In other words, the available carriers (excluding guard carriers, DC carrier, and pilots) are numbered consecutively as logical subcarriers, and the data carried by the different subcarriers are assigned by Eq. (28.6) to those indices. Figures 28.17 28.19 give an example.

analysis of ultra-light-element-based thin lms on substrates. A scanning electron microscope with a eld emitter source allows high resolution imaging at reduced beam energies, where specimen charging can be reduced or eliminated. The exibility, the ease-of-use and the availability of tools for local elemental analysis, make low-energy SEM a tool equal to none for studying surface morphology on a nanoscale. Recent developments in instrumentation, such as high-sensitivity wavelength-dispersive spectrometers, the bolometer and high-current eld emitter sources, will allow to combine high spectral resolution and high lateral resolution in one scanning electron beam instrument. Only if this can be done without compromise, will the distinction between EPMA on the one hand and SEM with accessories for elemental analysis on the other hand, disappear completely. Meanwhile, the total cost of a hybrid instrument as compared to two separate instruments can be expected to be such that many laboratories will allow for some compromise in the near future. In this subchapter, the possibilities and limitations of low-energy EPMA and of low-energy SEM, as performed in two separate instruments, are discussed. The potential of the two techniques is illustrated with recent examples related to the development of ultra-light-element based coatings for sliding wear applications, membranes for ultra ltration and packaging materials for meat.

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