... C2p vb C2p Ma Ma Wo Cb Cy ( Sheet 17 ) Wo Mb CC 920 Wo A 6217 C2P Wn caca Ma Bh 88 OCC200 ca Th Be Bo Th Co 1 Peet W C2 Ma Cc Ma Cd Cb B Ca の C2f Od C2k C2 C2t Lr Ls C2d B C2k Cg MC Cm B C2f Ls C2t C2P C2t Bk WMC Mp Mr Md 48 Bh. Vg Ma ...
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... C2p + 1 C2p + 1 Xi 0 * C2P * ' C2p + 1 1 C2P * C2P i = 1 * C2p + 1 . 1 Xi + Σ * xi * C2P_i = * C2P = ° G ( 2p + 1 [ 2 * cp } -1 * Cp + 1 ] \ μ41 , m ( B ) ≤ 241 , n ( B ) . It remains to prove that μ1 , m ( B ) 0. In order to see this ...
... C2p (+0.10). However, the U5f-C2p overlap population is small to be +0.05. The differences in bonding between these compounds is further analyzed in terms of energies for atomic orbitals. Atomic orbital energies in clusters without ...
... (C2p-C2p)-B –C(main chain), –C6H5 4.0 (5.0–3.0)a 6.56–7.00 C2p p(C2p-C2p)-B –C6H5 (–C=C) aShows the peak range bB and NB mean bonding and nonbonding, respectively Table 21.2 Observed peak, VIP, main AO photoionization cross section ...