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Antenna array

Complex directional antenna consists of separate near-omnidirectional antennas (radiating elements) positioned in the space and driven by high-frequency …

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... contours. In our example, as it is seen from the figure, a rectangular isosceles triangle becomes L . Applying the classical Fourier method to this boundary problem, i.e representing the function in question in the form: (5) we can obtain the following ... ... boundary problem. We can divide the surrounding contour into segments, which obviously leads to the increase in the number of boundary problems to be solved. It can be avoided by using GFM. If the function in question is represented as: (7) the equation ...
Modified: 05/13/2004
Tags: Fourier , waveguide , triangular , boundary problems
Path: Home / Publications / Articles

... physical processes often involves search for analytic solutions to the boundary value problems of mathematical physics. From this viewpoint, the use of the variable separation method is one of possible ways of this search. The well-studied classical Fourier method allows obtaining analytic solutions to partial differential equations satisfying a limited number of kinds of boundary conditions. The internal boundary value problems for a rectangular domain, which cannot be solved by variable separation ...
Modified: 03/22/2004
Tags: Fourier , method , solving , boundary problems , mathematical physics
Path: Home / Publications / Articles

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GuidesArray Rectangular 0.2.14

GuidesArray Rectangular™ allows to execute quick engineering calculations of two-dimensional phased antenna arrays for rectangular waveguides on an electrodynamic level.

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