Zond Software software

ZondMAG2d program is desined for two-dimensional interpretation of gravity and magnetic data by (land and aero variants). ZondMAG2d represents ready solution for gravity and magnetic methods, and solves wide range of problems from mathematical modeling to field data processing and interpretation. Convenient interface and variety of data visualization features allow to solve wide range of geological problems with maximum effectiveness. ZondMAG2d uses simple and clear data format which allows easily combining various systems of observation, including different variants of the topography setting up and other additional information.

ZondMAG3d program is desined  for two-dimensional interpretation of gravity  and magnetic data by (land and aero variants). Anomalies of gravity caused of different dense heterogeneity are investigated in gravity survey. Influence of host rocks  and surrounding topography is excluded by subtraction of  the normal field and reductions. Magnetic survey is studied field generated by rocks that contain ferromagnetic minerals. Connection of measured on the surface field with magnetic properties of rocks allows to conclude about existence of  magnetic objects.

ZondPGM program is desined  for two-dimensional interpretation of gravity  and magnetic data by (land and aero variants). Anomalies of gravity caused of different dense heterogeneity are investigated in gravity survey. Influence of host rocks  and surrounding topography is excluded by subtraction of  the normal field and reductions. Magnetic survey is studied field generated by rocks that contain ferromagnetic minerals. Connection of measured on the surface field with magnetic properties of rocks allows to conclude about existence of  magnetic objects.

ZondSP2d program is desined  for two-dimensional interpretation of self-potential data by (land and borehole variants). Self-potential field method is based on studying of the natural electric fields that generate in rocks because of various physical and chemical processes. Small self potentials of diffuse-adsorbtsion and filtering nature exist practically everywhere. Intensive fields of redox nature are observed only over sulphide and graphit deposits. As a rule electronic conductors located in the ionic media are the search objects of self-potential field method. Electric charges as sources of natural electric field are formed on the boundaries of such objects.

ZondSP2dp program is desined  for two-dimensional interpretation of self-potential data by (land and borehole variants). Self-potential field method is based on studying of the natural electric fields that generate in rocks because of various physical and chemical processes. Small self potentials of diffuse-adsorbtsion and filtering nature exist practically everywhere. Intensive fields of redox nature are observed only over sulphide and graphit deposits. As a rule electronic conductors located in the ionic media are the search objects of self-potential field method. Electric charges as sources of natural electric field are formed on the boundaries of such objects.