P R O V I N G in .NET

Deploy QR-Code in .NET P R O V I N G

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1. Cesareo, R. Photon induced X-ray uorescence in medicine, in Nuclear Analytical Techniques in Medicine (Ed. R. Cesareo), Elsevier, Amsterdam, 1988, pp. 1 121. 2. Van Grieken, R. and Markowicz, A. (Eds) Handbook on Xray Spectrometry: Methods and Techniques Marcel Dekker Inc., New York, 1992. 3. Rhodes, J.R. Design and application of X-ray emission analyzers using radioisotope X-ray and gamma ray sources. Am. Soc. Testing Mater. 485, 243 285 (1971). 4. Watt, J.S. Radioisotope X-ray analysis, in Handbook on Xray Spectrometry: Methods and Techniques (Eds. R. Van Grieken and A. Markowicz), Marcel Dekker Inc., New York, 1992. 5. Oxford Analytical Systems Division, Scotts Valley, CA, USA. 6. EIS-XRS, Rome, Italy; eissrlrm@tin.it 7. Hamamatsu Photonics, Hamamatsu City, Japan; www. hamamatsu.com 8. AMPTEK Inc., Bedford, MA, USA; www.amptek.com 9. Moxtek Inc., Oren, UT, USA; www.moxtek.com 10. Fiorini, C. and Longoni, A. Application of a new non cryogenic X-ray detector in portable instruments for archaeometric analysis. Rev. Sci. Instrum. 69, 1523 1527 (1998). 11. Roentec GmbH, Berlin, Germany; www.roentec.de 12. Constallation Techn., Largo, FL, USA; www.contech.com 13. eV (a Division of II-VI Inc.), Saxonburg, PA, USA; www.evproducts.com 14. Arlt, R., Ivanov, V. and Khusainov, A., Advances in highresolution CdTe and CdZnTe detectors, in Hard X-ray and Gamma-ray Detector Physics, Optics and Applications, SPIE.

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Subnet mask. This number is used to subdivide address spaces. The most common subnet mask is 255.255.255.0, but use the one your ISP gives you. Default gateway. This is the point where your piece of the network puzzle connects to the Internet. If you don t have this address, your computers can talk to each other, but that s about it! DNS server addresses. These computers do nothing but translate people-friendly names like www.derektorres.net into computerfriendly IP addresses like 64.254.238.205. Without DNS servers, your Web browser can t find anything unless you know the exact IP address for a Web server.

You can also simply click the Page Zoom icon to jump between preset page zoom values of 100 percent, 125 percent, and 150 percent. The graphics look quite good as they re resized, but the text is simply phenomenal looking. No matter how much you zoom in, the text looks impressive, as shown in Figure 20 29.

The easiest way to see the C programming language work is to create an example. Follow these steps to create and run a sample C program on your system: 1. Open a text editor and create the file factorial.c. You can use either the gedit program from the workstation graphical environment or the vim editor from the server command-line environment. 2. Enter the following code into the file:

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changes in ontologies. Its main function is to present a transparent interface to arbitrary versions of ontologies. To achieve this, the system maintains an internal speci cation of the relation between the different variants of ontologies. It allows users to differentiate between ontologies at a conceptual level and to export the differences as adaptations or transformations. One of the central features of system is the ability to compare ontologies at a conceptual level. This is inspired by UNIX diff, but the implementation is quite different. Standard diff compares le versions at line level, highlighting the lines that textually differ in two versions. Our system, in contrast, compares version of ontologies at a structural level, showing which de nitions of ontological concepts or properties are changed. The comparison function distinguishes between the following types of change: