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Normally, stronger antennae are installed on base stations in areas where the demand is high, like in a city The base stations in the cells are connected by high-speed cables to the mobile switching center (MSC), which serves as the headquarters for several cells in the network The MSC is responsible for managing the calls in their respective cells by identifying the callers/receivers, allocating bandwidths, and recording these events in its database To achieve these objectives, the mobile switching centers are linked to the central office for access and share infrastructures such as satellites, PSTN, the Internet, and other facilities..

Inter-car gap (ICG) 51 k-e. turbulence model 91, 93, 97, 103, 154 Kinematic response 138 Large Eddy Simulation (LES) 15, 105 Lattice Gas Dynamics (LGD) 43, 44, 46 simulations 43 Mesh 189 generation 57, 58, 59, 65 motion 62 refinement 95 Micron-sized passages 27, 34 Mid-cell back substitution technique (MCBST) 23, 25, 32, 39 principle of 27 Mixing/separation flow 161 problems 163 Model closure relationships 166 Moisture distributions 144 Multiphase flow 161 Navier-Stokes equations 2, 7, 24, 102, 114, 152 multiple solutions using 24 theory 24 Numerical methods 1, 108 efficiency of 12 robustness of 12 Numerical solution 95 Oil-air mixture 175 separation of 177 Particles 145, 149 PowerFLOW model 46 Power station furnace 126 Precalciner 113, 116, 119, 121 Pressure-activated ball valve 187, 188 Pressure transducers 28 Pulverized coal 123 Pushbutton CFD (pbCFD ) 67-73, 84 default grid 72, 75 results 76 predictions 77 Rapid CFD modelling 67 RAPIDE Project 43,44, 53 Reliability 108 Reynolds Averaged Navier-Stokes

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orbitals of reactants and the product cyclopropane are characterized by their behavior toward re ection in this plane The orbital correlation is shown (Figure 149a) with the carbene in its S0 electronic state Direct insertion by the least-motion pathway is clearly forbidden on the basis of the diagram Yet it is well known that singlet carbenes add smoothly and stereospeci cally to ole ns to yield cyclopropanes The apparent contradiction may be resolved by inspection of the state correlation diagram The electronic con gurations of carbene were shown in Figure 75 The lower electronic states of the reactants are entirely derived from redistribution of the two valence electrons between the two frontier MOs of the carbene and are labeled as in Figure 7.

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5: S0 Y F F F p 2 sp n 2 , symmetry S; T1 Y F F F p 2 sp n 1 p 1 , symmetry A; S1 Y F F F p 2 sp n 1 p 1 , symmetry A; S2 Y F F F p 2 p 2 , symmetry S The lower electronic states of cyclopropane by simple Huckel theory are: S0 Y F F F s2 2 s3 2 , symmetry S; T1 Y S1 Y F F F s2 2 s3 1 s1 1 , symmetry 1 2 1 A; T2 Y S2 Y F F F s2 s3 s1 , symmetry S The pairs of states S1 Y S2 and T1 Y T2 are degenerate.

The high-energy cyclopropane excited state Sn Y F F F X s2 0 s3 2 s 2 , is shown 3 as the intended correlation partner of the carbene ( ethylene) S0 state The doubly excited but relatively low energy carbene ( ethylene) state S2 would correlate directly with the ground state of cyclopropane but is prevented from doing so by the avoided crossing with the ascending S0 state The reaction is highly exothermic, and the avoided crossing occurs early in the reaction coordinate The resulting barrier hindering reaction is relatively low, thus explaining the apparent allowedness and concerted character of singlet carbene insertions into ole ns In fact, the barrier may be further lowered if the carbene.

3 If is the propagation constant of a guided mode, then the guided mode will be coupled to a Floquet mode that has a wave number of (2n /b ), where b represents the periodicity of the meander line along the propagation direction and n is an integer. Therefore to examine the coupling between all possible Floquet modes and the meander line mode, we should plot two sets of loci, one being the mirror image of the other, as shown in Figure 10.7.

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