... скалярный оператор, то hl 0 m 0 jAjlmi = Ї l 0 l Ї m 0 ma(l) т.е. его матричные элементы диагональны по l, диагональны по m, не зависят от m. 27. ...

... 27] M. Berry, G. Cybenko, and J. Larson. Scientific benchmark characterization. Parallel Computing, 17:1173--1194, December 1991. ...

... Crystal data C12H28N4Cl4O2Pt, M = 597.27, orthorhombic, space group Pbca, a = 8.630(4), b = 13.438(3), c = 18.140(2) , , A, U = 2103.7(11) A3, Z = 4, Dcalc = 1.886 g cm - 3, T = 293(2) K, b-filtered Mo Ka radiation, u = 0.71073 , A, F (000) = 1160, bright ...

... 26] V. Burkholder et al., AJ, 122, 2318 (2001) . [27] M.P. Bergmann et.al., AJ, 125, 116 (2003) . [28] van den Hoek et.al., A , 357, 397 (2000) . ...

... O-C)cosDEC DEC (O-C) h m s " ' " " 65668 046 2003 8 27.963979 0 34 05.452 -0.33 +20 ... O-C)cosDEC DEC (O-C) h m s " ' " " 65793 046 2003 8 27.843709 21 53 40.272 -0.18 - 9 ...

... Ar3 cluster as a function of two parameters, namely, the total energy Etot and the total angular momentum M .27 A microcanonical ensemble of initial conditions was formed by straightforward sampling from points distributed randomly and uniformly in the ...

... M. V. Lomonosov Moscow State University and the International conference of students, postgraduates, and young scientists ... Session 270 (April 27, 2012) M. U. Nikabadze. Anisotropy in the linear microp olar elasticity theory. ...

... 28 , 7 , 27 Vos, C.M. de, Schaaf, K. v.d. & Bregman, J.D., 2001 , Proceedings of the First IEEE/ACM International Symposium on Cluster Computing and the Grid, Brisbane, 156, 160 ...

... 10 -4 m, Pb - 1.68 . 10 -5 m, Cu - 1.27 . 10 -5 m, S - 2.16 . ... 10 -5 до 4.82 . 10 -5 m или от 0.8% до 2.4% выхода (рост в ~3 раза), Cu - от 1.27 . 10 -5 до 3.03 . ...

... M; 8.0) p-NPP, veronal (20 mM; 8.0) p-NPP, Tris-HCl (50 mM; 8.4) p-NPP, Tris-HCl (0.2 mM; 9.9) +b + - - - - [24] [23] [25] [26 ...