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You don t send and receive messages directly through a connection. Instead, you need a session. A session serves as a factory for message objects, message producers and consumers, TemporaryTopics, and TemporaryQueues. It also does the following: Provides transactional behavior for the work done by its producers and consumers Defines a serial order for the messages it consumes and the messages it produces Retains messages it consumes until they have been acknowledged
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The court service is structured to deal with the needs of different types of cases in separate courts (Figure 1). Burglary, murder and divorce, for example, vary along many dimensions, including whether they concern criminal or civil matters. The nature and severity of charges in criminal cases also determine whether a case can be heard by magistrates in lower-level courts (summary trial), or whether the case needs to be tried at a higher court, such as the Crown Court, with a professional judge presiding (trial on indictment). The English system of law is adversarial (or accusatorial). That is each side presents a case before a court the function of which is limited to deciding who has won. The judges have nothing to do with the preliminary investigations, give no help to either side in presenting its case, and take no active steps to discover the truth, which emerges - or so the theory goes - from the clash of conflicting accounts (Spencer and Flin, 1993, p. 75). Many legal systems in the world are founded on the adversarial system, and so are similar in major respects - for example, those in North America, Canada, and Australia. Key features o the adversarial system of justice - dependent on the individual f case - include: 0 the emphasis placed on live and oral eyewitness evidence at trial; 0 frequent delays, for example between a crime taking place and being investigated and committed for trial, and between committal and trial; a formal court experience, including adversarial cross-examination; 0 witnesses seeing (or confronting )the defendant in court; the trial taking place in open court, with press and public present.
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The first argument for the OpenRecordset function is the table name, query name, or an SQL statement. The example in this section uses an SQL statement to retrieve the Customer record for the customer referred to in the Visit Information form.
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1. Name and de nition of the system(s) 2. Description of the components of the system(s) 3. Description of the components and relationships in the environment of each system 4. Identi cation of the wider system 5. Description of the inputs and outputs 6. Identi cation of the system(s) variables 7. The structural relationships between components to be established 8. Some indication of the relationships between the variables that describe the behaviour of the system(s). For example, the components of the implementation system might be said to include:
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for Nakagami-n (Rice) fading. For comparison purposes, we also derive the outage probability of dual-branch MRC receivers from known results for the central and noncentral chi-square distributions [6, App. 5A]. For Rayleigh fading the outage probability is given by
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Then you ll need a client to do the actual login, as shown in Listing 12-23.
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Bandwidth Information The amount of bandwidth the connection requests and the amount of bandwidth on the link that is available for reservation. Administrative Groups The color of the links. The operator can configure certain links to belong to different administrative groups and request certain connections to avoid certain administrative groups. Shared Risk Link Group (SRLG) The SRLG membership of the links. The operator can configure certain links to belong to different SRLGs and request certain connections to avoid certain SRLGs. Explicit Route When TE is used to decide the LSP-Path s actual path in the network, the operator can provide a list of hops for the LSP-Path to go through or avoid. TE considers the hop list as a constraint when calculating the path for the LSP-Path. Hop Limit When TE is used to decide the LSP-Path s actual path in the network, the operator can set up a limit of hops the LSP-Path can go through. Resiliency Request When using TE to set up an LSP-Path, the LSP-Path can be configured with certain requests for protection. These resiliency requests can also be considered by the TE when deciding the LSP-Path s actual path in the network. There are two types of RSVP-TE LSPs that use CSPF instead of regular SPF to calculate their paths and compose the explicit routing object (ERO): CSPF-Directed LSP When an LSP has an explicit configuration of cspf, all LSP-Paths (primary and secondary) use CSPF to perform path calculation.
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Adloff, J. P. and R. Guillamont. Fundamentals of Radiochemistry, CRC Press, Boca Raton, FL, 1984. Bond, A. H., M. L. Dietz, and R. D., Rogers, Eds. Metal Ion Separations and Preconcentration, ACS Symposium Series 716, ACS, Washington, DC, 1999. Currie, L. A. Anal. Chem. 40, 586 (1968). DeVoe, J. R. Radioactive Contamination of Materials Used in Scienti c Research, NASNRC 895 (1961). Dullmann, Ch. E. et al. GSI Scienti c Report 2001; GSI, Darmstadt, 2002; p. 179. Ehmann, W. D. and D. E. Vance. Radiochemistry and Nuclear Methods of Analysis, Wiley, New York, 1991. Eichler, R. et al. Nature 407, 63 (2000). Ghiorso, A. et al. Nucl. Instru. Meth. A269, 192 (1988). Harvey, B. G. Recoil Techniques in Nuclear Reactions and Fission Studies, Ann. Rev. Nucl. Sci. 10, 235 (1960). Herrman, G. and N. Trautman. Annu. Rev. Nucl. Part. Sci. 32, 117 (1982). Knoll, G. F. Radiation Detection and Measurement, 3rd ed., Wiley, New York, 2000. Kraus, K. and D. Nelson. Paper 837, Geneva Conference, Vol. 7, 1956. LeFort, M. Nuclear Chemistry, Van Nostrand, Princeton, 1968. Lieser, K. Nuclear and Radiochemistry: Fundamentals and Applications, VCH, New York, 1997. Meyer, R. A. and E. A. Henry. Proc. Workshop Nucl. Spectrosc. Fission Products, Grenoble 1979, Bristol, London, 1979, pp. 59 103. Mozumder, A. Fundamentals of Radiation Chemistry, Academic, New York, 1999. Oganessian, Y. T. et al. Phys. Rev. C 64, 064309 (2001). Parker, W. C. and H. Slatis. Sample and Window Techniques, in K. Siegbahn, Ed., Alpha-, Beta- and Gamma-Ray Spectroscopy, Vol. 1, North Holland, Amsterdam, 1966, pp. 379 408. Paul, M. Nucl. Instru. Meth. A277, 418 (1989). Random House College Dictionary, Revised Edition, Random House, New York, 1984. Schadel, M. et al. Nucl. Instr. Meth. Phys. Res. A 264, 308 (1988). Schadel, M. et al. Nature 388, 55 (1997). Stenberg, A. and I. U. Olsson. Nucl. Instr. Meth. 61, 125 (1968). Sugihara, T. T. Low Level Radiochemical Separations, NAS-NRC 3103. Trautmann, N. Radiochimica Acta 70/71, 237 (1995). Tsoulfanidis, N. Measurement and Detection of Radiation, 2nd ed., Taylor and Francis, Washington, DC, 1995. Wang, C. H., D. L. Willis, and W. Loveland. Radiotracer Methods in the Biological, Physical and Environmental Sciences, Prentice-Hall, Englewood Cliffs, NJ, 1975. Woods, R. J., J. W. T. Spinks, and B. Spinks. An Introduction to Radiation Chemistry, Wiley, New York, 1990. Zvara, I. et al. Sov. Radiochemistry 14, 115 (1972).
the higher affinity to the solid phase is always behind. For a detailed discussion of the wave dynamics of nonreactive chromatographic processes the reader is referred to Refs. [16, 33, 34]. The same principles apply to moving-bed chromatographic processes [34]. Important differences between fixed-bed and moving-bed chromatographic processes are the following: In fixed-bed chromatographic processes only a trivial steady state is possible, i.e. the bed is totally loaded or is totally regenerated. Hence, fixed-bed chromatographic processes are usually operated dynamically. In contrast to this, in moving-bed chromatographic processes nontrivial steady states are possible, which is therefore the preferred mode of operation. In fixed-bed chromatographic processes waves can only travel in the direction of the fluid flow, whereas in moving-bed chromatographic processes they may travel either in the direction of the fluid phase or in the direction of the solid phase. This can be rationalized in the following way. In a moving-bed chromatographic process the solid phase moves in the opposite direction to the fluid phase. Hence, the wave velocity in a moving-bed process is the difference between the wave velocity in a corresponding fixed-bed process and the velocity of the solid flow. Depending on the velocity of the solid flow and the wave velocities, the fronts will either move in the direction of the solid phase or in the direction of the fluid phase toward the inlet of the solid or the fluid phase where they are stopped by the repelling influence of the system boundaries and a steady state is established. If the absolute values of the wave and the solid velocity are equal, a balanced wave is obtained. Because the wave velocities of different wave fronts are different at steady state, at most one concentration front can stand at the middle of the column section whereas the others are at the system boundaries, where they can overlap. The same principles apply to distillation processes as illustrated in in Fig. 5.2, and to other countercurrent separation processes [18, 20, 30, 40]. In continuous distillation, as in moving-bed chromatography, steady state is the preferred mode of operation. The steady-state concentration profiles consist of Nc 1 concentration fronts in each column section, where Nc is the number of components. At steady state, at most one of these concentration fronts is balanced in the middle of each column section. The other fronts are located at the system boundaries where they can overlap. After some disturbance, depending on its magnitude and sign, some of the fronts will start moving until they are stopped by the repelling influence of the system boundaries and a new steady state is established. This is illustrated in Fig. 5.2 for a pure rectifying column, which serves for the separation of the light boiling component methanol from a mixture of methanol, ethanol, and 1propanol. For moderately nonideal mixtures all wave fronts in a distillation column will be of the constant pattern wave type, as illustrated in Fig. 5.2. For highly nonideal mixtures additional wave fronts and/or combined wave fronts are possible [20]. The latter consist of spreading parts and constant pattern parts. In contrast to the chromatographic processes considered above the temperature along a distillation column is no longer constant, even if heat effects are negligible. Because the temp-
1. From the Database window, click the Reports object button. 2. Click the New toolbar button to create a new report. 3. Select Label Wizard. 4. Select Customer from the table/query combo box. 5. Click OK.
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TABLE 1.3 Comparison of Relativistic and Classical Expressions for a Free Particle Moving in x Direction Classical Expression x y z t Dt t2 t1 Mass m Momentum p mv T ; kinetic energy 1 mv2 2 Total energy ETOT Ek (free particle) Energy momentum relationship E p 2/2m Relativistic Expression x g (x0 bct0 ) y y0 z z0 t g (t0 b=cx0 ) Dt0 g Dt m gm0 (m0 ; rest mass) p gmv T (g 1)m0 c2 ETOT gm0c 2 2 ETOT p2 c2 m2 c4 0
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All Office programs operate on the principle of objects. This means that internally, all the various components of the program are represented by their own kind of object. In Word, for example, a paragraph is an object, a table is an object, and an entire document is an object. In Excel, a worksheet is an object, and charts and cells are objects, too. Outlook works the same way. From the perspective of the end user, the fact that a program is structured as objects does not make any practical difference. For the macro programmer, however, it makes a world of difference because all the objects are available for you to use in your macros. Each type of object has a great deal of functionality built in, and that functionality is all ready for you to use with very little programming effort. To be an effective macro programmer, therefore, you need to know about the Outlook Object Model.
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