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The value of yin Eq. (7.3-15) that is typically found for Hall thrusters can be evaluated using Eq. (2.3-15) and the data in the literature. For example, a 10% double-ion content gives a thruster correction factor in Eq. (2.3-14) of a = 0.973. The thrust loss due to the beam angular divergence of Hall thrusters is given by Eq. (2.3-lo), ( F T = cos8). For both SPT-100 Hall thrusters [6] and TAL thrusters [29], a half-angle divergence of 6 equal to about 20-deg is observed, producing Fr = 0.94. The total correction factor is then y = aFT = 0.915 for typical Hall thruster conditions. Values for y of about 0.9 have been reported. The equivalent discharge loss for a Hall thruster can also be calculated [4,6] to provide information on how the thruster design impacts the cost of producing the beam ions. The average energy cost for producing a beam ion is the

When clicked, the minimize button (on the far left of the bar) should change the movie s size back to its original settings. When clicked, the maximize button (in the middle) should enlarge the movie s size to match that of the computer screen s. The close button should quit the Flash projector. However, it should first present the user with a warning box to make sure that he or she wants to leave the projector. We have already created this warning box as a Movie Clip symbol named winQuitClip, which is set to export from the movie s library. Complete the following steps: 1. Open projector_starter.fla from the Web site, and save it as projector001.fla on your local disk. Note the instance names of the buttons and movie clips. Specifically, the three buttons in the upper-right corner are called btRestore, btMaximize, and btClose, the dialog box in the middle of the stage is called mDialogBox, and within the dialog box are two buttons called btYes and btNo. 2. Select the first keyframe of the Actions layer, and add the following code in the Actions panel:

lash has a variety of drawing tools that enable you to create whatever you need for your projects. You should already know how to use these drawing tools from your reading of 1, Understanding the Flash Framework. This chapter provides a more in-depth look at using these tools and several others when working with your drawings. We manipulate drawings, create special effects, and more.

While the flight measurements show the ability of the models to predict thruster-generated plasma environments, tests in ground-based chambers provide much more detailed measurements than those made in space. Experiments conducted by The Aerospace Corporation for the Lockheed Martin Space Systems Company on the Busek-Primex Hall Thruster (BPT-4000) provided plume data [9] for comparison with computer models. Measurements were taken using fully exposed flux probes ( uncollimated ) for

3. Drag layout names into the desired order. To make a layout first in the list, for example, click-and-drag its name to the top of the list. 4. Click OK to put the new order into effect. As Figure 6-45 shows, you can also change whether a layout s name appears in the layout menu. A check mark in front of a layout name signifies that it will be listed in

Metal-Catalyzed Reforming In 1949, the first industrial unit employing the now very widely used platinum catalyst was installed The catalyst developed by Haensel 98 ,99 at UOP consisted of a commercially feasible small amount of platinum (less than 1%; 01 % forms a very effective catalyst) impregnated on alumina that also incorporated chlorine or fluorine to the extent of about 08% Halides greatly increase the acidity of the catalyst The process was called platjorming, combining the terms platinum and reforming The platforming catalyst was the first example of a reforming catalyst having two functions 43 ,44,93,IOO-103 The functions of this bifunctional catalyst consist of platinum-catalyzed reactions (dehydrogenation of cycloalkanes to aromatics, hydrogenation of olefins, and dehydrocyclization) and acid-catalyzed reactions (isomerization of alkanes and cycloalkanes) Hyrocracking is usually an undesirable reaction since it produces gaseous products However, it may contribute to octane enhancement.

n-Decane, for example, can hydrocrack to C3 and C7 hydrocarbons; the latter is further transformed to aromatics Platforming is carried out at temperatures in the range of 450-525 C and under pressure in the range (due in part of hydrogen) of 15-70 atm The use of hydrogen and the presence of platinum result in the formation of a product containing no alkenes or cycloalkenes Hydrogen also prevents rapid buildup of carbonaceous material on the catalyst and results in a long-lived catalyst Studies of the role of hydrogen in metal-catalyzed reforming revealed that the rate of dehydrocyclization (with aromatics production), the most important of the chemical reactions taking place during reforming, goes through a maximum as a function of hydrogen partial pressure 104 At low hydrogen pressure, hydrogen limits the concentration of highly hydrogen-deficient species (coke precursors) At high hydrogen partial pressure the rate of aromatics formation decreases again.