91. Design and Implementation of CIA, the ISOCAM Interactive Analysis System
... P. Bernard, 2 A. Biviano, 1,4 J. Blommaert, 1 O. Boulade, 3 F. Boulanger, 2 C. Cesarsky, 5 D. A. Cesarsky, 2 A. Claret, 3 C. Delattre, 3 M. Delaney, 1,6 T. Deschamps, 3 F-X. Desert, 2 P. Didelon, 3 D. Elbaz, 3 P. Gallais, 1,3 R. Gastaud, 3 S. Guest, 1,7 G ...
92. http://belyakov.imec.msu.ru/papers/IMEC2005.pdf
... i ( t + ) - i ( t + ) x (t ) = U (e +e (2) ) 2 , U , , , , . , , , U . [2], U (1) U T M U = M , U T K U = K = M 2 , (3) M K . ...
95. Геохимические и термодинамические модели жильного гидротермального
... модель с градиентом давления в области жильного минералообразования; ** - первичные растворы: 1 - H 2 CO 3 =0.5, NaCl=1.0, HCl=0.1 m, 2 - H 2 CO 3 =0.3, NaCl=0.8, CaCl 2 =0.1, NaHCO 3 =0.2 m, 3 - H 2 CO 3 =0.1, NaCl=0.8, KCl=0.2, NaHCO 3 =0.2 m . ...
96. LecturesVMSH/2009-11-25 - UNИX
... n") 14 print " %2d * %-2d = %3d %s " %( n , m , n * m , m % 3 and " " or " \n " ), 15 print " " # для красоты multab3.py ... n") 14 print " %2d * %-2d = %3d %s " %( n , m , n * m , m % 3 and " " or " \n " ), 15 print " " # для красоты Вариант "в лоб ...
97. http://prac-gw.sinp.msu.ru/lsp/Lab18.pdf
... H = - gµ N I Z B . (2 3 ) E M ( m) = - gµ N Bm , (2 4 ) , ( 2 I + 1 ) -1 +1 . 17 E M = - gµ N B = µB / I , (2 5 ) µ . ... 7. m = ±3/2 IB = 3/2 I = 1/2 q=0 q0 e2qQ/2 m = ±1/2 N 0 V . 7. I = 3/2 (I = 1/2 ) () () . 2q Q > 0. ...
98. http://myastronomy.ru/PAGE/Lesson/Savchenko_answers.doc
... u1)/(v1 - v2) Нужно учесть изменение скорости Земли. 10. m = mo / 3 2.2.17 l1 = l m2 ... 7. M = 6*1024 кг 8. M = 2*1030 кг 2.6.10 В 9,3 раза. ... r3/T2 2.6.16 ?2 = 3?m / L3 2.6.17 v1 = 7,9 км/c, v2 = 1,7 км/c, T1 = 84 мин, T2 ...
99. http://selena.sai.msu.ru/Bus/Publications/LPSC2001a/LPSC2001a.pdf
... fraction (ab. 35%) of the mainbelt M-type asteroids have absorption bands at 3 µm [3, 6] diagnostic of water of hydration ... 161 Athor and 497 Iva do not have absorption bands at 3 µm. Nevertheless, there are spectral indications of the presence of ...
100. http://qfthep.sinp.msu.ru/talks2013/QFTHEP_Novikov.pdf
... Then phenomenological of Higgs potential is related to the scales of the model in the following way M= 3 kMP ; 1M = 2 MP where MP is a 4D Planck mass, k is a AdS space curvature k > 0.004eV (Adelbeger et al, 2009) M > 3.5TeV ; M > 3 · 108 GeV ; > 2 · 10 ...