The model gives a way to represent the global distribution of strokes as if observed by a globally uniform network. This new model for the relative WWLLN detection efficiency compensates for the uneven global coverage of the network sensors as well as variations in very low frequency (VLF) propagation. Stroke density maps can be corrected with the knowledge of how sensitive various regions of the network are operating. ![]() We are then able to estimate the number of strokes that may be missing from any given regions as compared to the best, most sensitive regions of the WWLLN network. ![]() The model uses the energy statistics of located strokes to determine which stations are sensitive to what stroke energies. › ∎∎∎ World Wide Packets Lightning Edge 46 Manual TransmissionĪbstract Using the detected energy per strokes of the World Wide Lightning Location Network (WWLLN) we calculate the relative detection efficiency for the network as if it had a uniform detection efficiency.
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