Titlebook: High Risk Pregnancy and Child; Z. Štembera,K. Znamenáček,K. Poláček Book 1976 Martinus Nijhoff b. v. 1976 child.complications.infection.nu

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Z. Štembera M.D.,K. Znamenáček M.D.,K. Poláček M.D.main parameters are investigated: the role of the dentition installation line and the role of tilt angle of teeth blocks. The simple 3D models were developed and used for these calculations. The physically based boundary conditions are introduced. The results of the calculation show a higher sensiti

短程旅游

Z. Štembera M.D.,K. Znamenáček M.D.,K. Poláček M.D.Taylor vortices can be formed within the one geometry. It means that different variants of the problem’s solution are allowable. The simulation method with periodic boundary conditions on the edges of the cylinder’s part was developed for the numerical research into the Taylor vortex flows. The resu

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Barter

Z. Štembera M.D.,K. Znamenáček M.D.,K. Poláček M.D.ision process imbued with uncertainty. In offices where the information or the data is of the form of intuitionistic trapezoidal fuzzy numbers, to construct the MAGDM problem, intuitionistic trapezoidal fuzzy weighted geometric (ITFWG) and intuitionistic trapezoidal fuzzy hybrid geometric (ITFHG) op

Myocarditis

Z. Štembera M.D.,K. Znamenáček M.D.,K. Poláček M.D.te dimensions, using the homotopy analysis method (HAM). Using similar variables, we first simplify the exact Navier–Stokes equation to highly coupled nonlinear partial differential equations. Upon application of the HAM these equations are replaced by a system of linear and uncoupled ordinary diffe

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河流

Z. Štembera M.D.,K. Znamenáček M.D.,K. Poláček M.D.wave equation, we compute that very density for the hyperbolic system.We express the energy limit for the sequence of initial problems in terms of the energy of initial conditions. The basic tool we use are H-measures (also known as microlocal defect measures). We associate an H-measure to the seque