We describe the physical application, Step and Flash Imprint Lithography, in brief and present the mathematical ideas and numerical verification.
Furthermore, the basic ideas of the numerical approximation are introduced and the extended hyperbolic system is treated numerically within the framework of high-resolution finite-volume schemes.
We exemplify the mathematical ideas the method is based upon and describe the numerical realisation and implementation in detail.
Zhuang et al. [13] integrated the linear and nonlinear subdiffusion equations about the time variable t and then approximated the obtained equivalent equations numerically with the idea of numerical integrals.
In this context, the computational analysis may be viewed as a numerical experiment, and ideas from compressive sensing may be used to reduce the number of computations required for target characterization.
The current results therefore support the idea that numerical representation is notation dependent and the computation of the numerical information is not necessarily abstract (Cohen Kadosh and Walsh 2009).
Zhuang et al. [11] integrated the linear and nonlinear sub-diffusion equations for time variable t, then approximated the resultant equivalent equations with the idea of numerical integrals.
The idea of numerical artificial viscosity was inspired by physical dissipation mechanisms and dates back more than half a century to von Neumann and Richtmyer ([1950]).
The bears passed their tests, supporting the idea that numerical cognition is independent of social life, but as with the tortoises, her study underscored the versatility of the touchscreen as an indispensable instrument in the cognitive scientists' toolkit.
The basic idea of numerical continuation is to take a fixed point, at one value of the parameter, and follow this solution as a parameter is varied, eventually tracing out, for example, the closed curve in Fig. 1.
