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Exploration of a 100 TeV gamma-ray northern sky using the Tibet air-shower array combined with an underground water-Cherenkov muon-detector array
ArticleAbstract: Aiming to observe cosmic gamma-rays in the 10-1000 TeV energy region, we propose a 10000 m2 undergroPalabras claves:Cosmic-ray acceleration, Gamma-rays, Supernova remnantsAutores:Kawata K., Ohnishi M., Shiomi A., T. K. Sako, Takita M., TK Sako, Tsuchiya H.Fuentes:googlescopusMoon shadow by cosmic rays under the influence of geomagnetic field and search for antiprotons at multi-TeV energies
ArticleAbstract: We have observed the shadowing of galactic cosmic ray flux in the direction of the moon, the so-callPalabras claves:Air shower, Anti-matter, cosmic rays, Observation and data analysis, SimulationsAutores:Amenomori M., Ayabe S., Bi X.J., Chen D., Cui S.W., Danzengluobu , Ding L.K., Ding X.H., Feng C.F., Feng Z.Y., Gao X.Y., Geng Q.X., Guo H.W., He H.H., He M., Hibino K., Hotta N., Hu H.B., Huang J., Huang Q., Jia H.Y., Kajino F., Kasahara K., Katayose Y., Kato C., Kawata K., Labaciren , Le G.M., Li A.F., Li J.Y., Lou Y.Q., Lu H., Lu S.L., Meng X.R., Mizutani K., Mu J., Munakata K., Nagai A., Nanjo H., Nishizawa M., Ohnishi M., Ohta I., Onuma H., Ouchi T., Ozawa S., Ren J.R., Saito T., Saito T.Y., Sakata M., Sasaki T., Shibata M., Shiomi A., Shirai T., Sugimoto H., T. K. Sako, Takita M., Tan Y.H., Tateyama N., TK Sako, Torii S., Tsuchiya H., Udo S., Wang B.S., Wang H., Wang X., Wang Y.G., Wu H.R., Xue L., Yamamoto Y., Yan C.T., Yang X.C., Yasue S., Ye Z.H., Yu G.C., Yuan A.F., Yuda T., Zhang H.M., Zhang J.L., Zhang N.J., Zhang X.Y., Zhang Y., Zhaxisangzhu , Zhou X.X.Fuentes:googlescopusIs the large-scale sidereal anisotropy of the galactic cosmic-ray intensity really instable at TeV energies?
ArticleAbstract: The sidereal cosmic-ray anisotropy at TeV energies has a large-scale deficit region distributed betwPalabras claves:Loss-cone, Sidereal cosmic-ray anisotropy, TEVAutores:Amenomori M., Bi X.J., Chen D., Chen W.Y., Cui S.W., Danzengluobu , Ding L.K., Ding X.H., Feng C.F., Feng Z.Y., Gou Q.B., Guo H.W., Guo Y.Q., He H.H., He Z.T., Hibino K., Hotta N., Hu H.B., Huang J., Jia H.Y., Jiang L., Kajino F., Kasahara K., Katayose Y., Kato C., Kawata K., Labaciren , Le G.M., Li A.F., Li W.J., Liu C., Liu J.S., Lu H., Meng X.R., Mizutani K., Munakata K., Nanjo H., Nishizawa M., Ohnishi M., Ohta I., Ozawa S., Qian X.L., Qu X.B., Saito T., Saito T.Y., Sakata M., Shao J., Shibata M., Shiomi A., Shirai T., Sugimoto H., T. K. Sako, Takita M., Tan Y.H., Tateyama N., TK Sako, Torii S., Tsuchiya H., Udo S., Wang H., Wu H.R., Xue L., Yamamoto Y., Yang Z., Yasue S., Yuan A.F., Yuda T., Zhai L.M., Zhang H.M., Zhang J.L., Zhang X.Y., Zhang Y., Zhang Y.I., Zhaxisangzhu , Zhou X.X.Fuentes:googlescopus