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An extended form, gethostbyname_ex(name), returns a 3-tuple consisting of the primary host name of the given address, a list of alternative host names for the same IP address, and a list of other IP addresses for the same interface on that same host (both lists may be empty):

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Frequency (MHz)

Once you ve placed an image on your page, you ll want to make sure that it fits well with the other page elements, such as text and other graphics. You have several ways to manipulate your image or tweak your page to make the page look good. This section tells you how.

SELECT * FROM People SELECT * FROM People WHERE LastName = Lembek SELECT * FROM People ORDER BY LastName DESC

import robotparser import urlparse import urllib def PoliteGet(url): Return an open url-file, or None if URL is forbidden RoboBuddy=robotparser.RobotFileParser() # Grab the host-name from the URL: URLTuple=urlparse.urlparse(url) RobotURL= http:// +URLTuple[1]+ /robots.txt RoboBuddy.set_url(RobotURL) RoboBuddy.read() if RoboBuddy.can_fetch( I,Robot ,url): return urllib.urlopen(url) else: return None if (__name__== __main__ ): URL= http://www.nexor.com/cgi-bin/rfcsearch/location 2449 print Forbidden: ,(PoliteGet(URL)==None) URL= http://www.yahoo.com/r/sq print Allowed: ,(PoliteGet(URL)==None)

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image beneath the high-velocity irregular-shaped salt body in the center of the model. This image was obtained by using our parallel double plane wave transform migration algorithm using 30 compute nodes.

For every bit extra in length, the key becomes exponentially harder to break so it would seem that picking the largest possible size is always the best choice, but the flip-side is that longer keys take longer to encrypt and decrypt and use more processor power to do so. The suggested default, 2048, is a good compromise. Added security can be obtained in certain situations by having a key automatically become invalid after some time. The next question asks if you want to set an expiration date on your key. Unless you have some special scenario in mind, you should choose 0 to make the key valid indefinitely. You are asked to confirm your choice.

Figure 4.27. Solid phase peptide synthesis. (a) An amino acid blocked at the N-terminus (with a 9- uoenylmethoxycarbonyl; F-moc group) and activated at the C-terminus (via a penta uorophenyl ester). (b) Solid phase peptide synthesis procedure involving successive cycles of deblocking and coupling to extend the polypeptide chain from the C- to the N-terminus.

This angle is traditionally used to de ne the diffraction limit for laser diode arrays and broad area lasers Since the different spatial modes of a laser diode array radiate in different directions, it is possible to select a given mode using spatial ltering in an external cavity This can then be used as the basis of a feedback system to improve the spatial coherence of the array Adaptive optical feedback from a phase conjugator forms a very effective feedback system, since the conjugator automatically feeds back light to the highgain regions of the diodes and at the same time dynamically compensates for misalignment of the external cavity Recently we have introduced the concept of frequency-selective phase conjugate feedback (FSPCF), which signi cantly improves both the spatial and temporal coherence of high-power laser diode arrays, as well as providing very stable output [42] Figure 9.

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[1] SA Maas, Microwave Mixers, Artech House, Norwood (MA), 1993 [2] HC Torry, CH Whitmer, Crystal Recti ers, McGraw-Hill, New York (NY), 1948 [3] CF Edwards, Frequency conversion by means of a nonlinear admittance , Bell Syst Tech J, 35, 1403 1416, 1956 [4] S Egami, Nonlinear-linear analysis and computer-aided design of resistive mixers , IEEE Trans Microwave Theory Tech, MTT-22, 270 275, 1974 [5] DN Held, AR Kerr, Conversion loss and noise of microwave and millimetre-wave mixers: part 1 - theory , IEEE Trans Microwave Theory Tech, MTT-26, 49 55, 1978 [6] AR Kerr, Noise and loss in balanced and subharmonically pumped mixers: part 1 - theory , IEEE Trans Microwave Theory Tech, MTT-27, 938 943, 1979 [7] SA Maas, Theory and analysis of GaAs mixers , IEEE Trans Microwave Theory Tech, MTT-32, 1402 1406, 1984.

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