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Researchers are looking into using the basic quantum states of matter as a fundamental unit of computing. If successful, quantum computers will be hundreds of times faster than today s fastest supercomputers. Sometime in the future there will be superfast molecular computers. Built on a crystalline structure, these still-experimental computers will be very tiny so they could be woven into our clothing. They will require very little power, yet they will have huge storage capacities and be immune to computer viruses, crashes, and other glitches.

Null (encap-id=0 ; Supports untagged Ethernet frames. Also supports for example, 1/1/1) frames containing non-service-delimiting customer VLAN tags, which are ignored by the service and carried over the SP core transparently. One service per port. Dot1q (for example, 1/1/1:100 ) Supports 802.1q-tagged Ethernet frames. The tag is service-delimiting and is used by the service provider to distinguish customer traf c streams sharing the same physical port. Multiple services per port.

8. Find all lines in the /etc/passwd file that begin with the letter t:

(2.58)

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Pu(V) to Pu(IV) so that Pu(IV) is found to be important in waters containing signi cant amounts of organic material] Under reducing conditions, neptunium should be present as Np(IV) and behave like Pu(IV); under oxidizing conditions, NpO will be 2 the stable species In marine waters, Pu(IV) and the transplutonium elements will tend to undergo hydrolysis to form insoluble hydroxides and oxides However, these elements can also form strong complexes with inorganic anions (OH , CO2 , HPO2 , F , and SO2 ) and organic complexing agents that may be 3 4 4 present The speciation and solubility of these elements are largely determined by hydrolysis and formation of carbonate, uoride, and phosphate complexes Stable soluble species include Pu(V, VI) and Np(V), although under most conditions the actinides will form insoluble species that concentrate in the sediments.

Pu(IV), which forms highly charged polymers, strongly sorbs to soils and sediments Other actinide III and IV oxidation states also bind by ion exchange to clays The uptake of these species by solids is in the same sequence as the order of hydrolysis: Pu Am(III) U(VI) Np(V) The uptake of these actinides by plants appears to be in the reverse order of hydrolysis: Np(V) U(VI) Am(III) Pu(IV), with plants showing little ability to assimilate the immobile hydrolyzed species The further concentration of these species in the food chain with subsequent deposit in humans appears to be minor Of the 4 tons of plutonium released to the environment in atmospheric testing of nuclear weapons, the total amount xed in the world population is less than 1 g [of this amount, most (999%) was inhaled rather than ingested] PROBLEMS 1 Predict the aqueous solution chemistry of element 114.

In a TWT, the electron beam interacts with a forward RF wave propagating in the periodic, nonresonant slow-wave structure. Velocity modulation, created along the beam, induces an RF current that excites waves in the structure in both directions. However, the synchronization conditions are such that only forward waves add in phase and are amplified. Most TWTs use a helicoidal RF transmission line (helix) as a slow wave structure (see Figure 7.27). Modern technologies have improved the heat dissipation along the structure, thus allowing helix TWTs to be used for up to about 3 kW output power at 6 GHz, 1 kW at 14 GHz. However, at higher frequencies, due to its reduced cross-section dimensions, the helix structure is no longer usable for high power. High power TWTs at 14 GHz (and higher frequencies) use coupledcavity slow-wave structures. In TWTs, the electrons when leaving the interaction space retain considerable energy (unlike the case of the klystron). This is why, in many modern tubes, these electrons are collected at a potential below the slow-wave structure potential. This technique, which is called depressed collector operation, reduces the collector heat dissipation and increases the tube efficiency. Further improvement can be obtained with multiple collector stages. A periodic permanent magnet structure is commonly used for focusing beam to minimize size and weight. A similar cooling technique as used for klystrons can apply to TWTs. Table 7.8 gives basic data on current typical TWTs used for earth station HPAs in the 6 GHz, 14 GHz and 30 GHz bands. Figure 7.28 gives the power consumption of the various types of HPAs.

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