Development of mathematical model of two-contour tomography scanner: New possibilities in scanning

Abstract

Copyright © 2019 American Scientific Publishers All rights reserved The actuality of the present research consists in the fact that equipotential surfaces defined by a standard one-contour tomography scanner are algebraic surfaces which are complicated for calculations. In particular, the latter surfaces fail to constant spheres among equipotential surfaces prescribed by such a device. This obstacle is convenient for analytical calculations. Calculation made by the reading devices are diminished because the final results become more exact and not purely numerical. This is especially important in medical research where the confidence level of diagnosis influences strongly to patient state evaluation.