The EAS time structure is studied using the enlarged EAS array of the Moscow State University. The time measurements are made using 22 scintillators which form 13 rectanges of 180x190 sq m size covering the entire array area. The array is triggered by a signal of 4-fold coincidences of the pulses from the detectors forming each of the rectangles. The data were obtained during 2200 hours of the array operation in 1984. A total of 816 showers, to which at least 14 of 22 scintillator detectors responded, were selected among all those detected. The coordinates of the EAS axis in the observation plane and the EAS sizes were determined by the maximum likelihood method using a computer on the assumption that the electron LDF is the NKG form. A total of 492 showers in the interval of EAS size Ne = 5x10 to the 6th power - 2x10 to the 8th power (N bar e = 1.7x 10 to the 7th power) with zenith angles theta or = 45 deg and axes within the array are analyzed.
G B Khristiansen合作论文数13G. V. Kulikov合作论文数11s i matsenov合作论文数10v b atrashkevich合作论文数9V. P. Sulakov合作论文数9A. Silaev合作论文数8
G. K. Garipov合作论文数D.V. Skobeltsyn Institute of Nuclear Physics, M.V. Lomonosov Moscow State University8O. V. Vedeneev合作论文数8в и назаров合作论文数7Sn Vernov合作论文数7B. A. Khrenov合作论文数7Yu. A. Fomin合作论文数5s m rozhdestvenskii合作论文数4Vv Vashkevich合作论文数4Gv Kulikov合作论文数4Aa Silaev合作论文数4g g ermakov合作论文数3Lg Smolenskii合作论文数3Nikolai N. Kalmykov合作论文数3v i solovjeva合作论文数3a v trubitsyn合作论文数3з в ярочкина合作论文数2в и соловьева合作论文数2g v bogoslovskii合作论文数2v ia soloveva合作论文数2а в шкуренков合作论文数2z v yarochkina合作论文数2v iu zhukov合作论文数2Si Matsenov合作论文数2Lg Smolensky合作论文数2ю а фомин合作论文数2Vb Atrashkevich合作论文数2Ba Khrenov合作论文数2Vi Nazarov合作论文数2Vi Soloveva合作论文数2Ya Fomin合作论文数2M.V. Motova合作论文数2V. P. Rukovichkin合作论文数2n v grishina合作论文数1z v jarochkina合作论文数1m s grigorian合作论文数1Gali Garipov合作论文数1Ri Chernykh合作论文数1Ov Vedeneev合作论文数1m s grigoryan合作论文数1Gb Khristiansen合作论文数1Aa Sylaev合作论文数1Oa Silantev合作论文数1b m makhmudov合作论文数1
