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With two immiscible uids it is also necessary to know which is the continuous phase and which is the dispersed phase For liquid and gases, all drop size/bubble correlations are for gas dispersed in liquid In theory, at high enough gas rates it should be possible to make a spray in a motionless mixer, but such a phenomenon has not been reported Even at inlet volume ratios of eight parts of gas to one of liquid, the liquid phase is continuous, with gas holdups well over 50% In a two-phase gas liquid ow system there are several possible ow regimes These include bubble ow, wavy ow, slug ow, annular ow, dispersed ow (also referred to as spray or mist ow), and a few other variations A good description of these regimes for horizontal ow in empty pipe is provided by Lockhart Martinelli (Govier and Aziz, 1972).

The automatic lens reversal adapter retains all electrical communication between the camera body and the lens, even though the lens is reversed. For many camera brands, such as Canon EOS, it means that you will be able to retain control of the aperture and auto-focus through the camera body. Some cameras control lens aperture and auto-focus through mechanical means. This adapter won t benefit those mechanical camera and lenses. If you own mechanical camera and lenses, it s easier and cheaper to build the manual adapter as described earlier in this chapter.

When it is desirable to operate in the dispersed ow regime, liquid volumetric ow should be kept below 10% of the gas volumetric ow Baker and Rogers (1989) report that the mixer/contactor geometry has a strong impact on the point at which dispersed ow is achieved The SMV mixer will induce dispersed ow at much lower gas velocity than that required in an empty pipe Flow regime (and operating pressure drop) at any gas and liquid ow rate will be in uenced by mixer orientation and ow direction (horizontal, vertical up or down)..

You can also use the COUNTIF function in an array formula. The following array formula, for example, returns the same result as the previous formula:

T I P When working with parameters, I prefer using a stored procedure to using an SQL query that accesses a database table or view. This is because conditional logic can be programmed into a stored procedure; adding conditional logic to an SQL query results in the query not being displayed graphically and thus not able to accept parameters.

In Lamport s algorithm each process maintains a logical clock (used for timestamps) and a queue (used for storing requests for the critical section). The algorithm ensures that processes enter the critical section in the order of timestamps of their requests. It assumes FIFO ordering of messages. The rules of the algorithm are as follows: