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nonionic surfactants have proved to be effective against organic matter. Inorganic matter is most effectively removed by acid cleaning agents. Cleaner application can be handled by using brushes or scrapers for dismantled equipment, or in general, for smaller surfaces to be cleaned. Application through a centralized or portable high pressure-low volume system, using 50 to 55 C water could be a solution for large surfaces such as oor and wall areas, as well as working tables, containers, and equipment. The pressure should be between 30 70 bar and the spraying nozzle 15 cm from the surface to be cleaned; otherwise, the pressure being applied decreases rapidly. If hot water is used, the temperature should be 55 C at the nozzle, in order to achieve suf ciently high temperatures at the surfaces, in particular for fat removal. Soak time prior to rinse-down should not exceed 20 minutes. To be effective, detergents should be able to wet and penetrate soil, emulsify fat, disperse and suspend soil, and counteract water hardness. In addition, they should prevent soil from redepositing on clean surfaces and be noncorrosive to equipment. No single detergent combines all these traits, so formulations of compounds are tailored for each type of cleaning operation. Commercially available cleaning agents in modern cleaning practices are complex compositions of alkaline, acid, or neutral chemical substances. In order to improve their soil-loosening properties, surface-active agents, also called surfactants or detergents, are added. Detergents decrease the surface tension of water, so water can penetrate into the small spaces between soil particles and surfaces, where those particles are attached, thus facilitating their removal. Alkaline cleaning compounds are used for the removal of organic soil, protein residues, and fats. Strongly alkaline compounds (pH greater than 13), for example sodium hydrox-

Figure 4.5 A noncorner node of degree 2 (left), a corner node of degree 2 (center), and a corner node of degree 3 (right).

MacLeod and Ames, 1986; Ha and Lindsay, 1991; Spanier et al., 1992; Spanier and Miller, 1993; MacLeod, 1994; Ima don and Spanier, 1994; Maga, 1998; Mottram, 1998; Shahidi, 1998; Rowe, 2002; Gorraiz et al., 2002.

Let Sn (b, xn ) =

Sales flow is from the bottom to top of the inventory tiers with the LIFO method Any tier will be split to account for the number of units sold Cost of sales is determined at any point by adding the issued-sales column The value of ending inventory is the total cost shown in the final tier of the balance available column Use of the LIFO method during inflationary periods will cause an increase to cost of sales and will reduce gross margin This effect is true because newer inventory purchases will cost more than older inventory purchases In some cases, this method is favored based on the following logic: If inventory cost is increasing, then generally revenues are expected to increase since cost increases are passed on through higher selling prices Higher costs will be matched to higher revenues, resulting in a lower taxable operating income and lower taxes.

LIFO will also reduce the value of inventory for resale and will be lower than if FIFO was used This logic can be seen in some respects by viewing the difference in the value of ending inventories when the FIFO and LIFO Exhibits 24(a) and 24(b), are reviewed Weighted Average Cost Method This method calculates a weighted average for each item of inventory available for sale Each time additional inventory is received into stock, a new weighted average cost is calculated All items of inventory will be reported at their weighted average cost per unit With reference to Exhibit 24(d ), at the beginning of June, there were two items on hand at $18 each at a total value of $36 On June 2, six additional items at $20 each with a total value of $120 were added into stock.

Table 5.1 HBM ESD results of a CBE bipolar transistor with and without additional extrinsic region phantom emitter (as a function of terminal conditions) Transistor terminal stress Emitter Emitter, collector Collector Emitter Emitter Transistor terminal ground reference Base Base Base Base, collector Collector Standard transistor HBM results (V) 600 600 700 2400 2600 Phantom transistor HBM results (V) 2500 >3000 >3000 2500 2600