In the offered book the method of a complex potential is generalized, firstly, to piecewise homogeneous media and, secondly, to three-dimensional structures. Three-dimensional conic and parabolic problems are reduced to two-dimensional (cylindrical) one, and the metal bodies' coordinates in these problems are connected with simple equalities. That permits to propose the general theory of flat and volume complementary and self-complementary antennas and to develop the procedure of calculating these antennas and also antennas located on the pyramid sides. In the book concrete problems are...
In the offered book the method of a complex potential is generalized, firstly, to piecewise homogeneous media and, secondly, to three-dimensional stru...
The synthesis problem solves a task of creating antennas with a high performance. One can use two methods. The first method is the creation of new antennas on a basis of new ideas, new materials and new technological opportunities. As an example of new antennas one can call volume (three-dimensional) self-complementary antennas. They are structures of electric and magnetic radiators, placed on cylindrical, conical and parabolic surfaces of revolution. Another method of solving the inverse problem is determining parameters, providing optimum electrical characteristics of known antennas. Thus,...
The synthesis problem solves a task of creating antennas with a high performance. One can use two methods. The first method is the creation of new ant...
