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Alkylation is a process for producing high-octane hydrocarbons with acidcatalyzed exothermic reactions of C4 and C5 ole ns. The process can be based on HF or H2 SO4 . With the H2 SO4 process, two con gurations are used depending on the heat removal method, autorefrigeration, and indirect refrigeration (Figure 19-15). This process requires adequate contacting of hydrocarbons with concentrated sulfuric acid for a primary fast reaction and several parallel and consecutive secondary reactions. In the autorefrigerated system, heat is removed by boiling a hydrocarbon. Good mixing in the reactor is important for producing a hydrocarbon-in-acid dispersion at minimum energy consumption and high mass transfer rate but short settling time. Excessive energy consumption can increase the load on refrigeration, and a stable emulsion can form and cause acid carryover and corrosion in the downstream equipment. The mixing system should be suitable for producing narrow distribution of drops. Such dispersion quality is desired for fast settling rates. Two types of impellers are used in commercial alkylation reactors, turbines, and hydrofoils. Both types result in nearly the same reaction yield when designed at 5.0 hp/kgal. However, the drop size distribution with hydrofoils is somewhat narrower than with turbines and can be better for minimizing acid carryover. Adequately designed static mixers are also used downstream of the reactor for neutralization of entrained acid by contacting with caustic.

Images are inserted into HTML documents using the image tag (<img>). This tag, at a minimum, takes two attributes, alt and src. The alt attribute speci es text that should be displayed in lieu of the image in nongraphical browsers (see the section Specifying Text to Display for Nongraphical Browsers later in this chapter). The src attribute tells the user agent what image le should be displayed. For example, if you wanted to include the graphic gunsight.jpg in your document, you could use code similar to the following:

[Gra78]

( http://maps.google.com/maps q= . uri_escape($text)); my $var = $response->{_content}; my ($lat,$lng) = ( $var =~ m/GLatLng\(([-\d.]+).* ([-\d.]+)\)/ms ); return ($lat,$lng); }

FLOOR(<number>)

Figure 39.15 Data collection and processing in MONALISA. Farm monitors use dynamically loadable monitoring modules to pull or push information from computational nodes or other elements at one or more sites.

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serializes the interaction interfaces and associated metadata information for all registered interaction objects to the server A set of Java classes at the server parse the serialized Interaction IDL stream to generate corresponding interaction object proxies In the second approach, the Interaction Gateway initializes a Java Virtual Machine (JVM) and uses the Java Native Interface (JNI) [24] to create Java mirrors of registered interaction objects These mirrors are registered with an RMI [16] registry service executing at the Interaction Gateway This enables the Server to gain access to and control the interaction objects using the Java RMI API We are currently evaluating the performance overheads of using Java RMI and JNI The use of the JVM and JNI in the second approach assumes that the computing environment supports the Java run-time environment.

$email_info .= Message\n ; $email_info .= -----------------------------------------\n ; $email_info .= . $msg . \n ; // Mail headers, do not alter $mailheaders = From: . $from . < . $name . > \n ; $mailheaders .= Reply-To: . $from . \n\n ; if(mail($emailTo, $subject, $email_info, $mailheaders)) { print resultCode=SENT ; } else { print resultCode=ERROR ; } } >

A more detailed description of the DIOS framework, including examples for converting existing applications into interactive ones, registering them with the DISCOVER interaction server and using web portals for monitoring and controlling them, can be found in References [25, 26] 3134 Experimental evaluation DIOS has been implemented as a C++ library and has been ported to a number of operating systems including Linux, Windows NT, Solaris, IRIX and AIX This section summarizes an experimental evaluation of the DIOS library using the IPARS reservoir simulator framework on the Sun Star re E10000 cluster The E10000 con guration used consists of 64, 400 MHz SPARC processors, a 128 GB s 1 interconnect IPARS is a Fortran-based framework for developing parallel/distributed oil reservoir simulators.

Using DIOS/DISCOVER, engineers can interactively feed in parameters such as water/gas injection rates and well bottom hole pressure, and observe the water/oil ratio or the oil production rate The transformation of IPARS using DIOS consisted of creating C++ wrappers around the IPARS well data structures and de ning the appropriate interaction interfaces in terms of views and commands The DIOS evaluation consists of ve experiments: Interaction object registration: Object registration (generating the Interaction IDL at the Discover Agents and exporting it to Base Station/Gateway) took 500 s per object at each Discover Agent, 10 ms per Discover Agent in the interaction cell at the Base Station and 10 ms per Base Station in the control network at the Gateway Note that this is a one-time cost Overhead of minimal steering: This experiment measured the run-time overheads introduced because of DIOS monitoring during application execution.

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