Sage . ... C, C++, Fortran, Python) . ... Python : sage: a, b = 1, 2 sage: a, b = b, a sage: a, b (2, 1) # # , . ... sage : PRQ. t = PolynomialRing (QQ) sage : PRR. z = PolynomialRing (RR) , , : sage : t^2 sage : (z factor(t^2-2) 2 factor(z^2-2) 1.41421356237310) * (z + 1.41421356237310) 97 : sage : sage : sage : sage : True R x f f = = = in PolynomialRing (GF(97),'x') R.gen() x^2 + 7 R 18 : sage : R = PolynomialRing (GF(97),'x') sage : x = R.gen() sage : S = R.quotient(x^3 + 7, 'a') ...

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... How is FP7 made up? FP7 is made up of 4 main blocks of activities forming 4 specific programmes plus a fifth specific programme on nuclear research : Cooperation - Collaborative research · Health · Food, Agriculture and Biotechnology · Information and Communication Technologies · Nanosciences, Nanotechnologies, Materials and new Production Technologies · Energy · Environment (including climate change) · Transport (including Aeronautics) · Socio-economic sciences and Humanities ...

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... Atmospheric and Oceanic Boundary Layer Physics V. Lykossov 3.1 Introduction The globe of the earth is surrounded by a gaseous atmosphere which is always in motion. ... One of the most important problems is the parameterization of the turbulent uxes of momentum, latent and sensible heat at the sea surface. ... In the atmospheric surface layer, typically the lower 10 % of the boundary layer, the turbulent uxes of momentum, water vapor and sensible heat are nearly constant with height. ...

44. http://www.iisi.msu.ru/UserFiles/File/bayern2014/Forum_1.pdf