Cross-section for hole YE29-556043. The drill target is a conductive body modelled from the Typhoon survey. The target has a more or less “egg” shape of 200m x 250m x 400m at about 600 m from surface. The conductivity units used for characterizing targets are S/m (Siemens/meter). According to geophysicists, a chunk of pure nickel under lab conditions will be roughly 100 million S/m, but when you place massive sulphide mineralization in host rock and take the average conductivity of the 25m3 volume of rock (the process used for interpreting Typhoon’s data), that 100 million S/m value can get diluted down to 10 or 20 S/m. In our case, we are aiming at 100 S/m targets. //
Cross-section for hole YE29-556043. The drill target is a conductive body modelled from the Typhoon survey. The target has a more or less “egg” shape of 200m x 250m x 400m at about 600 m from surface. The conductivity units used for characterizing targets are S/m (Siemens/meter). According to geophysicists, a chunk of pure nickel under lab conditions will be roughly 100 million S/m, but when you place massive sulphide mineralization in host rock and take the average conductivity of the 25m3 volume of rock (the process used for interpreting Typhoon’s data), that 100 million S/m value can get diluted down to 10 or 20 S/m. In our case, we are aiming at 100 S/m targets. //