Abstract
Three-dimensional structures of atmospheric and underwater streamer discharges are reconstructed using a newly developed 3-D observation method based on stereophotography. In this method, a streamer discharge is captured from three directions simultaneously. The advantage of the foregoing is the 3-D reconstruction with the least uncertainty of the 3-D coordinate and easy pairing of identical streamer channels between the two photographs taken from different directions. Reconstructed 3-D structures exhibit all characteristic morphological properties of streamer channels such as branching and zigzag-shaped paths.
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