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Difference spectroscopy has its limits. The basic source of errors is the lack of reproducibility of the wavenumber and intensity scale of a spectrum. This is a special problem if dispersive spectrometers are used. Fig. 5.1-13 shows the spectrum of polyacrylonitrile (with interferences), together with two difference spectra (ordinate expanded by a factor of 4). Apparently, due to very slight differences in the two consecutive spectra, the sharp bands of the original spectrum are converted to derivative bands in the difference spectrum (Hummel and Votteler, 1983; for dispersive Raman spectroscopy these effects have been discussed by Laane, 1981). A more 'dangerous' effect is the inhomogeneous sample distribution in the beam. The latter decreases the absorbance, compared to spectra obtained at homogeneous sample thickness and distribution (for example, distribution of a sample in KBr pellets). The effect is negligible in weak bands but considerable in strong ones. Such samples will produce erroneous results if examined by difference spectroscopy. Mixing of different polymers usually yields multiphase systems. If the components of a polymer blend are non-crystalline, the spectrum of the blend approximately equals a superposition of the spectra of the pure components. If the refractive indices of the individual phases in the mixture differ considerably, the resulting spectra will exhibit band shapes similar to those produced by the Christiansen effect. In this case, difference spectroscopy produces erroneous results, too. More detailed information about computer assisted IR spectroscopy of multicomponent polymeric systems has been provided by Hummel et al. (1 983).

JNDI provides a convenient and powerful way to access DNS information. We ll see more on accessing DNS information via JNDI in one of the examples later in the chapter.

Gentoo security Included on the Gentoo Linux Security page (www .gentoo.org/security) are tools, announcements, and links to security policy and project documents associated with securing Gentoo systems. Find the Gentoo security handbook here:

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If the contemplated outsource services require sending or receiving personal data protected by foreign laws, the company should anticipate the need for compliance with those laws and budget for adequate financial, human, and other resources to comply with these requirements. Thirty years after the first data protection law was enacted,45 more than 45 countries now have substantial data protection laws. These laws are relevant to U.S.-based companies with global operations, in connection with outsourcing projects. Foreign subsidiaries, suppliers, agents, or other subcontractors of U.S. corporations are subject to the jurisdiction of the countries in which they are located. Any use of their databases is controlled by the local laws. Attempting to transfer the databases to a third party outside of the country may be problematic if there are restrictions in the local data protection law. Many of the foreign data protection laws require companies within their jurisdiction to register their databases of personally identifiable information with the local Data Protection Agency and/or to respond to requests for information and records within specific time frames imposed by the local law. These laws may also restrict transborder transfers of personal information. To ensure a free flow of data or information in a global outsourcing project, U.S. corporations intending to outsource the custody or processing of data collected by foreign companies must ensure that they conform to the requirements

the content a the routing tables How does it get there and how does the content get f changed if new computers are added to a network The routing process, as described, assumes that the content of the routing tables is in order. It is possible to load static content into the routing tables when the computers are started. This may work in smali networks,where no changes are made. In larger networks, dynamic routing tables need to be used. These allow the network to adapt to changes in its environment. This updating process is in principle independent of the actual routing process that the IP performs all the time.