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The most pronounced features in the lower mantle revealed by seismic tomography are two extensive regions of low velocity beneath the south Atlantic and southern Africa, and the central and southwest Paci c (Plates 12.1, 12.2 between pp. 244 and 245). These correlate with anomalously high elevation of the Earth s surface in these areas. Indeed the width of the topographic swell in each case, several thousand kilometers, is so large that they have been termed superswells (McNutt & Judge, 1990; Nyblade & Robinson, 1994). This is in contrast to the topographic swells associated with hot spots that are typically less than 1000 kilometers across. However the elevated topography and bathymetry of superswells cannot be explained by anomalously high temperatures and/or low density rock types in the lithosphere and asthenosphere beneath these regions (Ritsema & van Heijst, 2000). The only plausible explanation is that they are dynamically supported by major upwellings of hot material in the lower mantle (Hager et al., 1985; Lithgow-Bertelloni & Silver, 1998). These hot, low velocity regions, de ned by seismic tomography, appear

The specification does not come with a reference implementation but does attempt to formally define vendor compliance with the standard. The distinguishing characteristic of the security specification is its object-oriented nature.

4 24A

The language pseudo-class (:lang) allows constructing selectors based on the language setting for speci c tags. This is useful in documents that must appeal to multiple languages that have different conventions for certain language constructs. For example, the French language typically uses angle brackets (< and >) for quoting purposes, while the English language uses quote marks ( and ). In a document that needs to address this difference, you can use the :lang pseudo-class to change the quote marks appropriately. The following code changes the <blockquote> tag appropriately for the language being used:

However, for soft-decision decoding over the AWGN, the Euclidean metric between the (soft) received vector and the transmitted codeword

Z ( j ) = ZB ( j ) - YB (i)TRB ( j - i)

(1.81)

Listing 1.20 (continued)

To create a CSS rule for use with <div> tags, follow these steps:

There are seven screws on the back. Remove then to take the controller apart. Inside you ll find a circuit board with a rumble motor on each side. Do the following: 1. Desolder the motors on either side of the board. The CNC-built PSOne does have room for rumble motors, so keep them around as an option. (Or simulate the rumble feature by playing your portable while riding a car over bad roads.) 2. Use your tweezers to pull out the flat ribbon cable on the upper right corner of the board. 3. Pull the circuit board out of the plastic controller casing. We will now refer to this 3-1/8 2 sized circuit board as the controller board. It will still have the main controller cable attached.

(5.1)

P1: KPE WY022-28

For operation in given environments and for signal processing, transducers may need to be directly integrated into circuitries including active and passive components. Two basic ways of integration are possible, namely monolithic and hybrid integration. 18.3.4.1 Monolithic integration Typically, monolithic integration means transducer and electronic circuit integration on a common semiconductor substrate, which may be Si or GaAs, GaN or SiC, in one process ow. Components include microcontrollers, memories, oscillators, mixers, matching networks, phase-locked loops, analogue interfaces, realised in mixed technology . Monolithic integration allows high integration density, parasitic impedances can be kept small, and losses can be minimised. For realisation, practically all technological patterning and deposition methods as described above could be utilised. However, to date the heart of any monolithic system is CMOS signal conditioning and signal processing circuitry. Thus, diamond deposition would need to be compatible with CMOS processing, with a temperature limit of about 350 C, whereas most nanocrystalline lms are deposited within a temperature range of 700 900 C in an environment of high H-radical density. Only UNCD has been deposited at a temperature of 400 C with a reasonable growth rate but with a high content of graphitic grain boundaries [181], and it has therefore been only used for mechanical MEMS structures like resonators. However, it is an important rst step in bringing diamond MEMS device applications into the Si-based mainstream MEMS eld.

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