Figure 17 definition

Figure 17. A complex display constructed using object boxes By default, object boxes are the same size as the screen. However, you can set them to a different size using the Size command. If you do this, note that relative positions and sizes for objects contained in that object box are computed with respect to the size of the object box, not the size of the screen. This is illustrated in Figure 18. To create this display, first a complex geometric figure was created using an object box: RectangleObject rectangle Size 80% 80% Filled Color blue EllipseObject ellipse Size 50% 50% Filled Color black RectangleObject rectangle2 Size 30% 30% Filled Color green ObjectBox objectbox AddObject rectangle AddObject ellipse Figure 18: Using object boxes to scale objects AddObject rectangle2 topleft topleft AddObject rectangle2 topright topright AddObject rectangle2 bottomleft bottomleft AddObject rectangle2 bottomright bottomright This geometric figure is then added to three other object boxes of varying size: ObjectBox objectbox1 Size 15% 15% AddObject objectbox ObjectBox objectbox2 Size 22% 22% AddObject objectbox ObjectBox objectbox3 Size 30% 30% AddObject objectbox This effectively causes the geometric figure to be scaled to 15%, 22%, and 30% of its full size. These three object boxes are then added to a display event: DefinePosition upper 50% 20% DefinePosition middle 50% 42% DefinePosition lower 50% 72% DisplayEvent display AddObject objectbox1 upper AddObject objectbox2 middle AddObject objectbox3 lower

Figure 17. Analyse de sensitivité du TRI du projet : subventions publiques et fonds propres Fonds Propres 11.5% 12.5% 13.5% 14.5% 15.6% 5.0% -9.5% -6.2% -3.4% -1.2% 1.0% 9.9% -3.5% -2.1% -0.8% 0.5% 1.7% 15.0% -1.5% -0.6% 0.3% 1.1% 2.0% 20.0% -0.5% 0.2% 0.9% 1.5% 2.1% 25.0% 0.2% 0.7% 1.2% 1.7% 2.2% Analyse de sensitivité du TRI du projet Subvention publique En ce qui concerne le niveau de prêt, une troisième source de financement est implicitement prise en considération. En effet le complément des fonds propres et des subventions publiques est couvert par des prêts. Cela signifie que, les valeurs en haut à gauche du tableau précédent impliquent un prêt relativement plus important (jusque à 83.5% de l’investissement : 5% de fonds propres et 11.5% de subventions publique) et celles en bas à droite du tableau un prêt relativement moins important (jusque à 60% : 25% de fonds propres et 15.6% de subventions). A cause des intérêts croissants à payer, les solutions avec plus de dettes (en haut à gauche du TRI encadré en rouge) ont un rendement réduit. Analyse taux d’intérêt et subventions publiques Pour illustrer comment des conditions plus avantageuses du prêt octroyé peuvent réduire les besoins de fonds publics, le tableau suivant montre les variations du Taux de Rendement Interne du projet (TRI) en fonction du taux d’intérêt défini et de la subvention publique. D’autres variables xxxxxx que la durée et les conditions de financement du FDU auraient pu être utilisées pour optimiser le financement du projet. Figure 18 : Analyse de sensitivité du TRI du projet : subventions publiques et taux d’intérêt Taux d'intérêt du prêt (par l'intervention de garanties) 3.25% 3.00% 2.75% 2.50% 2.25% 12.0% -4.4% -2.8% -1.2% 0.5% 2.1% 13.0% -2.9% -1.4% 0.1% 1.7% 3.2% 14.0% -1.6% -0.1% 1.3% 2.8% 4.3% 15.0% -0.3% 1.0% 2.4% 3.8% 5.2% 15.6% 0.4% 1.7% 3.0% 4.4% 5.8% Problématique des Aides d’Etat Analyse de sensitivité du TRI du projet Subvention publique Le tableau ci-dessus montre l’effet sur le retour sur investissement du projet avec différentes combinaisons de subventions et des taux d’intérêts. Le taux de rentabilité encadré en rouge est de 1,7%. Avec un taux d’intérêt de 2.25%, il serait possible de réduire la subvention publique à 13,5%. En effet, le taux de rentabilité serait de 2,1% et aurait donc une variation minime. Cette réduction des subventions publiques de deux points de pourcentage peut sembler négligeable, mais équivaut en réalité à une capacité du montage financier d’assumer ...

Figure 17. On the left: temperature profile (zoom) of the whole assembly where the column height is 1 µm. On the right: isothermal graph of the same structure. As shown in Fig. 18, the anode temperature drastically increases when the thickness of the microcolumns decreases. This is due to a reduction of the thermal paths of the zirconia structures, which are not efficiently able to dissipate the heat fluxes along the microcolumns with low thermal conductivity. Figure 18: Anode temperature (i.e. the temperature of the upper side of the TPV) as a function of the height of the microcolumns. For concluding the analysis, other two considerations were taken into account. Figure 19 shows the temperature of the upper surface of the TPV as a function of the surface coverage of the DMS on the anode. The same size of the microcolumns (5 µm) was considered. This study indicates that the lower is the coverage, the lower is the maximum temperature that is achieved by the anode. We did not analyze a coverage lower than 25% because a too low amount of columns induces a lack of homogeneity of the thermal profile in the TPV, which is not significant in the analysis.

Examples of Figure 17 in a sentence

• Figure 17 is an example of a uniform resource locator (URL) with included portion mark and Figure 18 is an example of portion-marked URL embedded in text.

• Using an electrical pain model, these studies showed for the first time that men and women responded differently to ibuprofen therapy, and that women were refractory to the analgesic effects of an 800mg dose of ibuprofen (see also Figure 1.7; Walker & Carmody, 1998).The aim of the present study was, therefore, to further examine this intriguing result by determining whether sex hormone status rather than sex per se were the determinant of analgesic response following ibuprofen administration.

• Figure 16 Vector Diagram of Smoke velocity in Inlet Area of the First Layer Catalyst under at 100% Load with Diversion Plate Figure 17 Schematic Diagram of Flow Lines in the First Layer of Catalyst Under the Condition at 100% Load with Guide PlateAs it is can be seen from FIG.

• The most popular control system is the Kanban control system (Figure 17) Kanban means card in Japanese and refers to the mechanism whereby a production authorization card is attached onto a part authorizing its release into a stage.

• The N4 freeway traverses the study area from east to west, and the N11 freeway traverses it from north to south, intersecting with the N4 just to the south of Middelburg Town in the central extents of the LM (refer to Figure 17).

• A representative spanwise section for 2D analysis wasCDw without trim CDw trimmedCDw + CDh .Sh/SwCDw + CDh .Sh/Sw + CDfCDw + CDh .Sh/Sw + CDf + CDNL0.7 0.6 0.5 CL 0.4 [-]0.3 0.2 0.1 0.00.00 0.01 0.02 0.03 0.04CD [-] Figure 17.

• Indeed, as shown in Figure 17, DFS is composed of different business groups.Figure 17: Structure of DSM Food Specialties (Documents from the company, 2008) These various specialties let DFS to have a large market position in several areas:With its two manufacturing plants (France-­‐Seclin and Italy-­‐Lavis), DFS Enzymes is present allaround the world.

• Figure 17 shows launch packages for the then-named HVP configured for 5-inch guns, 155 mm guns, and EMRG.

• The Household Survival Budget in Figure 17 shows the average of the two, adjusted for household size.

• A statewide average Household Survival Budget for Florida is presented in Figure 17 in two variations, one for a single adult and the other fora family with two adults, a preschooler, and an infant.

More Definitions of Figure 17

Figure 17. Interpreted section of sub-bottom profile 423 (See Figure 8 for line location). The image shows the east end of the sub-bottom profile towards the right. Changes in depositional environments and unconformities are labeled and delineated. See text for detailed descriptions. Depth is reported in meters below sea surface with an assumed sound velocity of 1524 m s-1.

Figure 17. Second design of the propulsion and steering module. Nevertheless, there is not enough space for connection of cables with this second design. In addition, the available force with pneumatic forces is very close to the minimum requirement of the system (1000 N). In the third design, the three cylinders are replaced for six cylinders with less stroke in a tandem configuration. In addition, the pneumatic cylinders are replaced for electric actuators, which provides more space for the same available force and simplifies the connection to the external unit. Figure 18 depicts the developed prototype of this third design. In this prototype, 6 linear electric actuators are integrated into the same module. Three electric 50 mm stroke actuators for only propulsion and the other three 50 mm stroke actuators for the steering and propulsion. This tandem configuration is shorter than using 100 mm stroke cylinders.

Figure 17. The “Matryoshka-like” structure of modules, units and learning outcomes in ECVET-compliant curricula. According to ECVET Glossary, Learning Outcomes are “Statements of what a learner knows, understands and is able to do on completion of a learning process defined in terms of knowledge, skills and competence.” So, a leaning outcome will be made of a different and variable percentage of: