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The term cascading describes the capability of a local style to override a general style. Think of a stream flowing down a mountain; each ledge encountered by the stream has the potential to change its direction. The last ledge determines the final direction of the stream. In the same manner, one CSS rule applying generally to a block of text can be overridden by another rule applied to a more specific part of the same text. For example, you ve defined, using style sheets, all normal paragraphs <p> tags as a particular font in a standard color, but you mark one section of the text using a little-used tag such as <samp>. If you make a CSS rule altering both the font and color of the <samp> tag, the section takes on the characteristics of that rule. The cascading aspect of style sheets also works on a larger scale. One of the key features of CSS is the capability to define external style sheets that can be linked to individual Web pages, acting on their overall look and feel. Indeed, you can use the cascading behavior to fine-tune the overall Web-site style based on a particular page or range of pages. Your company may,

5-222 Multiphase Flows When multiple uids are involved in a ow, representing them by multiple species equations works only if the uids are mixing and not separating Any separation caused by the action of body forces, such as gravity or centrifugal force, can only be captured by treating the uids with a multiphase model When such a model is used, each of the uids is assigned a separate set of properties, including density Because different densities are used, forces of different magnitude can act on the uids, enabling the prediction of separation Five of the most popular multiphase models that are in wide use in commercial software today are described below Dispersed Or Discrete Phase Model The dispersed phase model uses the Navier Stokes equations to describe a continuous uid phase and a Lagrangian particle tracking method to describe a dispersed phase consisting of particles, droplets, or bubbles.

The hypothesis to be formulated from our theoretical examination of the extreme edge-lit region is that holograms in this region exhibit significant virtual thickness We can anticipate that holograms recorded in this region will exhibit strong Bragg filtering, although this has yet to be established experimentally As a final consideration of anticipated filtering within the extreme edge-lit region, let's move the discussion from virtual thickness to actual thickness Photopolymer emulsions which are the key.

Heat, mass, and momentum exchange are permitted between the dispersed and uid phases Thus, gas bubbles can rise in a liquid, sand particles can settle, and water droplets can evaporate or boil, releasing steam to a background of warm gas, for example The model is widely used for coal and liquid fuel combustion, bubble columns, and gas spargers in stirred tanks It is best when the dispersed phase does not exceed 10% of the volume of the mixture in any region VOF Model The volume of uid (VOF) model is designed for two or more immiscible uids Because the uids do not mix, each computational cell is lled with purely one uid, purely another uid, or the interface between two (or more) uids Because of this unique set of conditions, only a single set of Navier Stokes equations is required.

i R , , , \

Each uid is allowed to have a separate set of properties The properties used are those of the uid lling the control volume If the interface lies inside the control volume, special treatment is used to track its position and slope in both the control volume and neighboring cells as the calculation progresses This model is used to track free surface ows or the rise of large bubbles in a liquid, for example Eulerian Multiphase Model The Eulerian multiphase model is designed for systems containing two or more interpenetrating uids The uids can be in the form of liquids, gases, or solids Whereas the dispersed phase model works best for low-volume fraction mixtures (<10%), the Eulerian multiphase model is general enough that any volume fraction of any phase is allowed Separate sets of momentum and continuity equations are used to describe each uid.

Momentum transfer between the phases is incorporated through the use of exchange terms in.