Sentence examples for condition of model from inspiring English sources
By using the free boundary condition of model (1.3), we have (h'(t)>0) for (tin 0,T)).
Initial condition, Neumann boundary condition and Dirichlet boundary condition of model (a) (Fig. 1a) and model (c) (Fig. 1c) can be written as: Open image in new window Fig. 1 Counter-current imbibition considering gravity.
At the same time, initial condition, Neumann boundary condition and Dirichlet boundary condition of model (b) (Fig. 1b) can be simplified as: S = 0,quad T = 0,;;0 le Z le 1 (26) S = 1,quad T ge 0,;;Z = 0 (27) frac{{{text{d}}S}}{text{dZ}} = 0,quad T ge 0, ZZ = 1 (28).
Based on biological meanings, the initial condition of model (3) is given as follows: S 0)=S_{0}geq 0,qquad X(0)=X_{0}geq 0,qquad Y(0)=Y_{0}geq 0,qquad P(0)=P_{0} geq 0, (4) where (S_{0}), (X_{0}), (Y_{0}), and (P_{0}) denote the initial concentrations of nutrient, harmful microorganism, microbial flocculant-producing bacterium, and the microbial flocculant, respectively.
For the initial condition of model, we set and the other molecular species to be initially absent in the system.
We set the initial condition of model to be, and the other molecular species to be initially absent in the system.
The geometries and boundary conditions of model scramjet combustor are based on an experiment conducted at DLR, German Aerospace Center.
We interpret this as showing that a triple junction provides the optimal geometrical structure for continental break-up under the conditions of model 10 – that most resembles the Afar triple junction – as it maximizes the rate of decrease of the dissipative mechanical work required for multi-directional extension.
So it is assumed that the initial conditions of model (1.2) are of the form x i ( 0 ) > 0, u i ( 0 ) > 0, i = 1, 2. (1.3).
The conditions of model calculation (26) accepted that the energetic electron power is stronger in the morning sector of the magnetosphere, and the whistler-waves rate of decay is greater in the day-time magnetosphere.
