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Textiles are made from a very limited list of a dozen or so structural bers. From these, products must be made with millions of different speci c end-use properties. In many cases the inherent properties of the ber itself and substrate structure do not inherently impart the desired properties of comfort and functionality, for example, water repellent, stain block, soil release, crease resistant, ame retardant, antifungal, rot resistant, stiff, soft, antistatic, stretch, recovery, antiseam slippage, and enhanced tearing strength. Thus, fabrics must be nished either to overcome the inadequacies of design or to ne tune the attributes of fabrics, not only for the end uses noted above but also for facilitating cut-and-sew operations (e.g., needle lubrication, anticurl). There are hundreds of nishing chemicals, as well as mechanical nishes, including calendaring, compacting, decatizing, heat setting, napping, pressing, sanding, Sanforizing, shearing, and sueding. Waste from nishing operations are comprised of the substances shown in Table 7.31. The volume of waste from nishing is quite low compared to preparation, dyeing, and printing. Solid waste in the form of rags, scraps, and selvage trimmings are generally collected and sold to ber recyclers. Selvage trimmings are salable as raw materials for recyclers and also for braided rugs or other craft activities. Water pollution from nishing can be reduced by careful attention to accurate calculation and make up of mixes to minimize discards [64] and proper work practices in handling chemicals, in particular, drum washing and bulk systems including delivery tanker trucks.

You can insert data (text or images) that was created with other applications into a drawing in three ways: Embed the object if you want to be able to return to the source application to edit the object. When you double-click the object, the source application opens so that you can edit the object. Paste the object when you don t need any connection with the source application. Link the object when you want to retain a permanent link to the source file so that when the source file is changed, the change is updated in your drawing. You can use the Clipboard to move material from one application to another and take advantage of the special options for pasting, linking, and embedding data. Linking and embedding are often referred to as Object Linking and Embedding, or OLE. You can also use drag-anddrop between applications. The instructions that follow assume that the source application (the application that contains the data that you want to insert) is also a Windows application.

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Scheme A: channel estimation with time-domain Wiener filtering as in (3.12) without considering the phase noise effect Scheme B: channel estimation with time-domain Wiener filtering as in (3.11)) followed by the existing CPE estimation as in (3.46)

FIGURE 3.20 Geometry of a chip-resistor-loaded circular microstrip antenna with a microstrip-line feed. (From Ref. 16, C 1998 John Wiley & Sons, Inc.)

When creating mock or dynamic pages on the Mac, change the Web settings for linebreak characters to Windows (CR/LF) for compatibility with the server software.

class Car { public $color; public $manufacturer; static public $numberSold = 123; } Car::$numberSold++; echo Car::$numberSold; // Displays 124

TABLE 4.5. Number of Plans in Staff, Production, and Transportation Domains in Two Countries (N 34)

of the technology: the productivity and efficiency of the plant had relatively large uncertainties associated with them, an obvious reflection of the uncertainty in the performance of technology itself under different operating conditions. Capital cost uncertainty, as represented by plant estimating variation, was comparatively insignificant. More detailed analyses were used to elaborate on the effects of risk on the overall project evaluation results. They confirmed that operating revenues were affected strongly by commercial factors and the production of the plant.

class MyClass { public function getGreeting() { return Hello, World! ; } public function hello() { echo $this->getGreeting(); } } $obj = new MyClass; $obj->hello(); // Displays Hello, World!

framework was designed to be modular in nature, to allow for exibility and adaptation. The framework itself is based upon the S-CIELAB spatial extension to the CIELAB color space. S-CIELAB merges traditional color difference equations with spatial properties of the human visual system. This was accomplished as a spatial ltering pre-processing, before a pixel-by-pixel color difference calculation. The modular framework further extends this idea by adding several processing steps, in addition to the spatial ltering. These processing steps are contained in independent modules, so they can be tested and re ned. Several modules have been de ned (Johnson and Fairchild 2003a) and include spatial ltering, adaptation, and localization, as well as local and global contrast detection. Figure 20.2 shows a general owchart with several distinct modules. These modules and their origins are described brie y below.