{"content":[{"text":"Introduction","bbox":{"left":0.403639,"top":0.030683,"width":0.203648,"height":0.057844999999999994}},{"text":"• Cherenkov water detectors are widely used for investigating the \n ultrahigh-energy muons and neutrinos (IceCube, ANTARES, Baikal);","bbox":{"left":0.057067,"top":0.175775,"width":0.858693,"height":0.08590400000000001}},{"text":"• The energy of these particles is estimated through cascade showers;","bbox":{"left":0.057067,"top":0.344719,"width":0.864598,"height":0.04146}},{"text":"• The topical experimental task is to investigate the distribution of the \n Cherenkov light from cascade showers in water;","bbox":{"left":0.057067,"top":0.469164,"width":0.844622,"height":0.085951}},{"text":"• Large-scale detectors with long distances between the measuring \n modules are limited to obtain the detailed picture of light;","bbox":{"left":0.057067,"top":0.638089,"width":0.824953,"height":0.08590500000000001}},{"text":"• In the present work, the light distribution from cascades is studied with \n the Cherenkov detector having the dense lattice of detecting modules.","bbox":{"left":0.057067,"top":0.807027,"width":0.879582,"height":0.08590399999999987}},{"text":"2","bbox":{"left":0.929167,"top":0.919085,"width":0.010844999999999994,"height":0.029047000000000045}}],"images_bbox":[],"images_bbox_not_text_overlap":[]}