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I expect a secured session: the phishing site either establishes a real secure session with me or simply spoofs the padlock; meanwhile, it s established a perfectly legitimate secure session with the real company Maybe the real company sends back a secure cookie; well, the phishing site just passes that along to me Maybe the real site is supposed to show me a picture of my cat or ask me a secret question before I do anything on it It dutifully shows a picture of my cat to the phishing site, and the phishing site shows that to me This isn t perfect the real certificates won t pass through without a major rewrite of code but it will be good enough to fool most people The scenario described isn t happening in phishing now, but it s only a matter of time.

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Gas-phase polymerization represents an important advance in the manufacturing technology for polyole ns. In the Unipol (gas-phase) process ethylene and any comonomers (usually other ole ns such as oct-1-ene, hex-1-ene) are fed continuously into a uidized-bed reactor at a pressure of about 0.7 2.0. MPa and at a temperature of less than 100 C. The catalyst is added directly into the bed. The gas-phase process is not constrained by problems associated with pumping or handling viscous polymer solutions and the solubility of the resin product. The solid polyethylene is directly removed from the reactor with any residual monomer being purged and returned to the bed. The gas-phase reactors are able to take advantage of the new metallocene catalysts with little engineering modi cation. A schematic diagram of a Unipol-type reactor is shown in Figure 2.6. Most importantly the development of gas-phase processes allowed the energyintensive high-pressure polymerization process to be replaced by the far more energy-ef cient low-pressure process. The gas-phase processes offer the greatest versatility of products in terms of resin density and melt index of polyethylenes. From an environmental standpoint the gas-phase reaction is of particular interest and offers several advantages over the conventional technology as recently summarized by Joyce [9].

The concept has already been proven by a company called.

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Allows storage aggregation over MAN or WAN. Storage is managed on the same platform as the virtualization server.

(6.114) (6.115) (6.116) (6.117)

Fig. 15-30 Dose equivalent rate per mA min at 1 m for x-rays generated at various kVp values after transmission through thicknesses of (a) lead and (b) steel.

where gss is the small-signal incremental conductance, tangent to the pulsed curve (see above), and gDC is the tangent to the DC curve. The parameter is immediately evaluated. It is reasonable however that the parameter is a function of the instantaneous voltage v; therefore, the evaluation must be repeated for all voltages along the I /V curve. The above assumption can be given a physical interpretation in the case of an FET: the charge due to free carriers in the channel responds to the instantaneous voltage, while the trapped charge responds to the static DC voltage because of the long trapping and detrapping times. Therefore, if the instantaneous voltage is different from the DC one, the effective DC potential corresponding to the same amount of free charge in the channel is in between the two values. It is also a reasonable assumption that this effect be linear.

If, for some reason, you want to take the extra steps of manually adding the Keyword tag to the head section of your page instead of starting by selecting a word from your page, you certainly can. To manually place a keywords tag on your page, follow these steps: 1. Drag the Keywords icon from the Head tab of the Objects palette into the head section of your page. If the head section isn t open as you begin to drag, rest over the toggle (the arrow to the left of the Page icon) until it opens, and then continue to drag the icon into place. 2. Click in the field at the bottom of the Keywords Inspector, and then enter the desired keyword into it (as shown in Figure 26-3).

Compromise machines without the user s knowledge Use software vulnerabilities to force PCs to download code Install Trojans on compromised machines to gather data Harvest usernames and passwords for distribution to attackers