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Reduced order descriptions of this kind can alternatively be derived by splitting the heat exchange system of interest into one or more series zones and writing energy balances for them. This approach is referred to as lumped-parameter modelling and it is assumed that each uid zone behaves as a continuously stirred tank . The resulting equations are found to be identical to those de ned in the above. Dealing with non-linearities Like ho, a constant value of hi may be assumed for many practical modelling cases. Indeed, hi is usually large compared with ho and heat transfer is thus dominated by the latter. However, in many applications, control over heat transfer is effected by varying the mass ow rate of water and, hence uw and, in common with ho, hi is mainly dependent on uw. In these circumstances, two issues become evident: hi requires to be modelled. Non-linearity is introduced to the model partly due to the manner in which hi is modelled u and partly due to the products implicit in the term w (Tw, x +1 - Tw, x ) (e.g. Equation 5.21). Dl

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public class FindInvoiceAction extends BaseAction { ...

June 8, 2004

1. Select the inserted dynamic data in the Document window that requires the custom format. The corresponding field is highlighted in the Bindings panel. 2. In the Bindings panel, click the down arrow in the Format column and choose Edit Format List from the drop-down menu. The Edit Format List dialog, shown in Figure 20-5, is displayed.

At the dawn of the new millennium, there was much to marvel about in the world of computing and technology. PCs, cell phones, and other digital devices were everywhere and commonplace, enabling an unprecedented amount of digital processing and communication. The Internet had morphed, in a few short years, from a communications medium known only to a chosen few, mostly in academia and government, to a global repository of information exchange known the world over. Global positioning systems (GPS) provided everyday car drivers turn-by-turn instructions with an amazing degree of precision and accuracy. Digitization proceeded at a feverish pace, and everything from music, to videos, to the world s books were transmitted as digitized bits over miles and miles of networks, increasingly in a wireless fashion. Some would say a technology revolution had taken place, resulting in an explosion of innovative applications and ideas in the technology marketplace, unlike anything we had seen before. Unfortunately, the trajectory of progress in arti cial intelligence (AI) would be much less dramatic, and many would argue, ultimately disappointing. Amid the wild successes of the Internet and wireless communications, we would hear far less talk about machines that could think and solve problems like humans. For the most part, in recent years, AI has taken a back seat to Internet and wireless applications. Indeed, after a speculative boom in the 1980s, a time in which many of its far-out ideas did not pan out, and starting in the 1990s AI lost much of its sex appeal and dazzle. Its image and reputation as a eld of promise have not recovered to this day. (It is interesting that the new overhyped application

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DWfile to determine whether theFile, named in a passed argument, exists. If it does, the contents are read and presented in an alert box; if theFile doesn t exist, the function creates it and outputs a

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of the transition zone. There is a further velocity discontinuity at a depth of 660 km, the base of the transition zone. Within the lower mantle velocities increase slowly with depth until the basal 200 300 km where gradients decrease and low velocities are present. This lowermost layer, at the core mantle boundary, is known as Layer D (Section 12.8.4) (Knittle & Jeanloz, 1991). Seismic studies have detected strong lateral heterogeneities and the presence of thin (5 50 km thick) ultralow velocity zones at the base of Layer D (Garnero et al., 1998).

clients that invoke it Any client that wants to invoke an operation on the server object must use this IDL interface to specify the method invoked and must present all the arguments required by the method In CORBA, every object instance has its own unique object reference called an Interoperable Object Reference (IOR) Each client must use the target object s IOR to invoke operations upon it Arguments are marshaled by a client-side implementation component that creates a request in the form of a message The message is sent to the server by using the IIOP protocol When the invocation reaches the target object, the same interface definition is used by a server-side CORBA implementation component to unmarshal the arguments from the message so that the server can perform the requested operation with them Clients respond in the same manner to the server.

Final result (solution of these equations): u11 u21 u12 u22 Exact 3D values: u11 u21 0.108, u12 u22 0.325. 18. CAS Project. (b) The solution of the linear system (rounded to integers), with the values arranged as the points in the xy-plane, is 160 138 138 160 170 145 145 170 157 125 125 157 110 75 75 110 0.106 061 0.106 061 0.321 605 0.321 605.