Spatial Analogue of the Conformal Mapping Method for Identifying the Coordinates of Impulse Point Sources

An approach to identifying the coordinates of impulse sources (e.g., impurities) in space is developed. The time value during which a given substance passes through a certain point is taken as a priori information. The corresponding algorithm is constructed for the first time on the basis of a spatial generalization of numerical methods for solving boundary value problems on conformal mappings for domains enclosed by streamlines and equipotential curves. The results of numerical experiments are presented and analyzed.