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assembly as illustrated in the optical layout of Fig. 5.14 and the photograph of the system in Fig. 5.15. 5.4.2.1 Long-pulse multipass polarization switching The long-pulse laser is a MOPA design using an SBS phase conjugate mirror. The optical architecture and beam transport system are based on the design presented for the 15ns laser system. The described considerations for relay imaging between gain passes and to the input aperture of the SBS conjugator are carefully incorporated into this design. In the previously described 15-ns pulse ampli er, a large-aperture Pockels cell is used as an active optical switch to isolate the phase conjugated and ampli ed output from the input beam train. However, in order to amplify pulses of up to 1 ms in duration, the Pockels cell switch was replaced with a 45-mm clear-aperture permanent-magnet Faraday rotator. This results in an eight-pass regenerative ampli er system with totally passive polarization switching. A schematic diagram of the ampli er optical design is depicted in Fig. 5.14. The oscillator output is expanded from a 1-mm beam to a 6-mm beam using a simple two-lens telescope. It is then ampli ed by a double-pass through an Nd:YLF preampli er. After passing through a 10-mm clear-aperture Faraday isolator, the injection beam is expanded to a diameter of 30 mm. This beam is then shaped to a 25-mm square by a hard-edged

Remember how we said that the socket the CPU fits into determines the type of motherboard you can use The reason for this is because CPUs fit onto the motherboard via a socket. The pins on the CPU have to fit into a specific socket on the motherboard. Different CPUs have different pin configurations and, therefore, need to be fitted into a different socket (see Figures 4-2 and 4-3). 14 looks at CPU sockets and how they work in greater detail but for now it s important to understand that different CPUs fit into different types of sockets. Table 4-1 lists the five popular types of CPU sockets. The socket numbers are significant. These indicate the number of contacts the socket has or, conversely, the number of pins on the bottom of the CPU. As CPUs become faster, the number of contacts required to connect the CPU to the motherboard also increases.

4.3. Is it possible for a closed Universe to evolve to become an open Universe Give a reason for your answer.

The FTP constructor takes several optional parameters. A call to FTP([host[, user[,password[,acct]]]]) constructs and returns an FTP object. The constructor also connects to the specified host if host is supplied. If user is supplied, the constructor logs in using the user user, the password password, and the account acct. You can also connect to a host by calling the FTP method connect(hostname [,port]). The port number defaults to 21; you will probably never need to set it manually. You can log in by calling login([user[,password[,acct]]]). If user is not specified, anonymous login is performed. The following two examples demonstrate the long and short way to log on to a server:

reactive oxygen species to form peroxynitrite, a toxin that causes -cell apoptosis (Shimabukuro et al., 1997). Amyloid deposition is another possible pathogenic mechanism. Deposits of amyloid within the cell are common in type 2 diabetic subjects (up to 90% of cases) and also occur in about 10% of non-diabetic subjects (Hull et al., 2004; Butler et al., 2003; Zhao et al., 2003). Amyloid deposition correlates with -cell dysfunction in some models and is postulated to cause damage and death of the cell, although the precise mechanisms remain uncertain. -cell amyloid consists largely of polymerized amylin (islet amyloid polypeptide (IAPP)), a -cell peptide that is normally co-secreted with insulin. It is thought that increased production of amylin (in parallel with insulin hypersecretion) in the presence of ER stress, leads to misfolding of the peptide monomers, which aggregate to form amyloid (Hayden et al., 2005). In transgenic mice that express human amylin in their cells, high-fat feeding enhances amyloid deposition (Hull et al., 2004), whereas this is reduced (with improved -cell function) by treatment with rosiglitazone and metformin (Hull et al., 2005).

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Errors are tough to avoid. It s rare that an application of any complexity doesn t have some errors at some point. The trick is to be prepared for them and handle them in a reasonable manner. In an XSQL application, the source of errors is the actions. This section looks at how to use XSQL s own built-in error handling to present useful error messages. The first section looks at how XSQL processes errors. Then, we ll develop an XSLT template for translating the errors into a nice format. The final section looks at some various strategies for handling errors in your application.

IMPLEMENTATION CHECKLIST:

Now add the following line to the CSS declarations within the displayPageHeader() function:

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