Horizontal view

Horizontal view showing lithofacies control over LNAPL presence at the water table beneath a refinery site. 

A1 window (AW), and e scintillators (ej and e2). The aperture electrode, the microchannel plate, and one pair of field coils have been omitted in order to simplify the picture. The inset shows a horizontal view of the target region with the u+ scintillator (S), aluminized mylar foil (AM), Si02 target (T), aperture electrode (A), and microchannel plate (M). 

FIGURE 13.19 SEM micrograph showing a horizontal view of the dip coated layer of mica particles. Photo courtesy of M. Albers and T. A. Ring, LTP-DMX-EPFL, Lausanne, Switzerland. 

Figure 2.17. Left-hand side (as in Fig. 2.16) of photosystem II, but as seen from an angle of about 60° left rotation relative to that of Fig. 2.16 and from about 30° below the horizontal view of Fig. 2.16. To the left, amino acid chains are shown, while they are left out on the right-hand side. The squares roughly indicate the part enlarged in Fig. 2.18. Based on Protein Data Bank ID IIZL (Kamiya and Shen, 2003).

Figure 3.8 Schematic representation of close-packed spherical molecules with a central molecule having 12 neighbor molecules in contact with it a. Plan view. b. Horizontal view.

A horizontal view at the altitude of the FEBEX tunnel (1,730 m) of the geomodel obtained is presented in Figure 3. The horizontal dimensions of the model were dictated by the hydraulic boundaries, as will be explained below. The model is ISO m wide in the north-south direction and 200 m wide east-west. Moreover, it is 200 m high (100 m above and below the tunnel altitude). 

So far in the discussion of Janeeke projections for reciprocal salt pair systems the water content has been ignored. This is not too serious, because much information can be obtained from the projection before consideration of the quantity of water present. One way in which the water content can be represented is shown in Figure 4.33a the plan shows the projection of the saturation surfaces, the elevation indicates the water contents. To avoid unnecessary complication, the elevation only shows the horizontal view of the particular saturation curve concerned in the problem. 

Fig. 13 is a fragmentary, horizontal view shown partially in elevation and partially in section and corresponding to a portion of Fig. 12 but showing a uranium rod lo in position in front of the header valve anJ abci.i lo be charged into the. system by the plunger ... 

Similar to the ability to use views to gain an insight into the contents of a database, the same concept can be used to gain an insight into the matrix and its impact. We will consider two main views in this section. The first is the vertical view through laboratory operations and a horizontal view across the logistic TIMS cells. 

Horizontal view of a logistic TIMS Looking along the matrix cells at the logistic TIMS level would give us a view of a system that has integrated laboratory... 

FIG. VIII-3. Schematic of the cassette arrangement (horizontal view). 

FIG. XX-9. A schematic horizontal view of the ENHS core and control elements. Not to scale. 

Each reactor can be operated as a stand-alone unit. There are common control, services, etc. Not to scale. FIG. XX-16. A schematic horizontal view of a 12-ENHS reactor power plant for 600 MW(e). 

Now, the data from horizontal and vertical gathering should be combined. The horizontal, high-level view of the safety culture is very useful to frame the safety health of the organization. But the vertical data added to the horizontal view will give real color to the analysis. 

The construction drawing often shows a front, back and various side views and vertical sections in order to see the arrangement of the different stories as well as horizontal sections to see the arrangement of doors, for example. However, the drawing always shows us the same house. Our expectation is that the different views are consistent and that we can see the entrance door in the front view on the same place in the house as we would expect to see it from the horizontal view. 

Based on the value of the monitor horizontal viewing angle Omonitor/hor/D and the corresponding vertical value OmonUorAer/D the monitor viewing inclination angle monitor Can be derived by... 

Height in the Visual Field is utilized by the HVS as a depth cue by evaluating the angle between a horizontal viewing direction and a point on the ground plane [54]. 

The voltage was later boosted creating the augmented voltage leads known as aVR, aVL and aVF. Subsequently the six unipolar chest leads were also created to view the heart from the frontal plane in a horizontal view (Fig. 2.6). 

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