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each of these, which can be used to nd the direction and bearing of targets. In the case of pilotage, we can pre-set these to help us follow our plan. Professional sets allow what is called parallel indexing , an excellent aid to pilotage, but we are able to use VRMs instead and if your radar is able to oat your EBL/VRM pair, you have a direct equivalent of parallel indexing. In order to describe the method of using the radar for pilotage, I have set up an approach to Portsmouth Harbour using Lightmaster Software s radar simulator. Having made our plan, we start our approach from the Solent and aim for the shallow water Swashway . We then maintain the desired distance off the northwestern coast to remain in the channel, turn for the entrance when the distance off the northeastern shore is correct and follow the bearing into the entrance, remaining in the small boat channel, just outside the main, deepwater, channel. In a real situation you will be monitoring the depth sounder as well. The following sequence of diagrams shows the process. Floating EBL/VRM Some radar sets allow the VRM/EBL origin to be offset, or oated. This allows pilotage where there s not a long straight piece of land with a good radar echo. Because the oated EBL and VRM are anchored to a static radar target or indeed a static position anywhere on the radar screen, we can de ne a route to be followed, just as we would follow a visual

The complexity comes in declaring record types. The easiest way to declare a record type is to base it on a database table. If you are going to use your records to store rows of data from a database table, this is the most elegant way to do it, also. The form for this declaration is as follows:

The basic frame format illustrated in Figure 6-8 is required for all MAC implementations of the IEEE 802.3 standard. Some additional optional formats also are used to widen the basic capability of the protocol. Following is a list of the basic frame elds:

Select the object, and then drag its handles in the desired direction. Corner handles enable you to resize both width and height. Side handles move only in the direction of the side they are on. To constrain dimensions click the corner handle, and then press Shift as you drag.

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TABLE 4 Therapeutic Range All drugs Stability Application/compendial requirements No biostudy Annual report Test Documentation Filing Documentation

Taking the previous Fruit and Grape example, say you want to create a Banana class that extends the Fruit class. Generally, you consume a banana like any other fruit, but you also need to break the banana off from a bunch of bananas first. So within your Banana class, you can override the parent s consume() method to include functionality to break off a banana, then call the overridden consume() method from within the Banana class s consume() method to finish the consumption process:

studies was initiated which eventually led to the realization of some important modelling parameters and some errors in the BTOB3D code which needed correction. One of the early discoveries was that the full inlet duct must be realistically included with the impeller in order to obtain reasonable results. In the initial calculations, used when the design was first prepared, the inlet duct was only one-third the length of the actual duct used for test work. Subsequently, when the full inlet duct length was employed, separation was found in the impeller passages. As changes were made to upgrade the Dawes code into the pbCFD algorithm, more sensitivity studies for this particular configuration were conducted. Detailed examination with the upgraded pbCFD of the computed flow field showed relatively large separation regions near both the splitter and main blade suction surface. The separation covered a depth from about the mean section to the shroud line. The revised pbCFD grid, with the extended inlet section, provided a greater boundary layer loss for the flow near the shroud region before entering the blade passages to result in the recirculation regions. Interestingly enough, with these separation regions present, the computed pressure ratio and efficiency were still much higher than measured data. This review raised a question about how accurate the original Dawes BTOB3D computational results were. Normally, we anticipate a much lower impeller efficiency if sizeable separation regions are present in the blade passages. It was observed that the original Dawes code neglects the energy diffusion (heat conduction and dissipation) terms in the energy equation, which could contribute to an observed overprediction in pressure and lead to a high efficiency. To determine the effects of the energy diffusion terms on the calculation results, these terms were implemented into the Dawes solver. The energy diffusion terms are:

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