THÈSE - Université Badji Mokhtar-Annaba
tial, with F(y) = F for ?X0 < x < 0 and F(y) = ?F for 0 < x < X0, obtain an ... x ? F(u; 1/2) + C = 0,. (7.56) where the integration constant C can be seen ...
tial, with F(y) = F for ?X0 < x < 0 and F(y) = ?F for 0 < x < X0, obtain an ... x ? F(u; 1/2) + C = 0,. (7.56) where the integration constant C can be seen ...