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Proceedings of the 32nd International Cosmic Ray Conference, ICRC 2011(2)
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Cosmic-ray energy spectrum around the knee observed with the Tibet air-shower experiment
ArticleAbstract: The energy spectrum of cosmic rays around the knee measured by Tibet air-shower experiment is summarPalabras claves:Autores:Amenomori M., Bi X.J., Chen D., Cui S.W., Danzengluobu , Ding L.K., Ding X.H., Fan C., Feng C.F., Feng Z.Y., Gao X.Y., Geng Q.X., Gou Q.B., Guo H.W., He H.H., He M., Hibino K., Hotta N., Hu H.B., Huang J., Huang Q., Jia H.Y., Jiang L., Kajino F., Kasahara K., Katayose Y., Kato C., Kawata K., Labaciren , Le G.M., Li A.F., Li H.C., Li J.Y., Liu C., Lou Y.Q., Lu H., Meng X.R., Mizutani K., Mu J., Munakata K., Nanjo H., Nishizawa M., Ohnishi M., Ohta I., Ozawa S., Saito T., Saito T.Y., Sakata M., 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 Y., 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:googlescopusCosmic-ray energy spectrum around the knee obtained by the Tibet experiment and future prospects
ArticleAbstract: The observation of the extensive air showers has been carried out since 1990 by Tibet air-shower arrPalabras claves:Cosmic-rays, Knee region, Proton and helium spectraAutores:Amenomori M., Bi X.J., Chen D., Cui S.W., Danzengluobu , Ding L.K., Ding X.H., Fan C., 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., 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., Wang Y.G., Wu H.R., Xue L., Yamamoto Y., Yan C.T., Yang X.C., Yasue S., Ye Z.H., Yizhang , 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:googlescopusCosmic-ray shadow of the Sun measured at 3 TeV with the Tibet Air Shower Array
OtherAbstract: The Sun's shadow measured at 3 TeV with the Tibet Air Shower Array from the year 2000 to 2009 is repPalabras claves:Autores:TK SakoFuentes:googleHeliospheric signatures seen in the sidereal anisotropy of high‐energy galactic cosmic ray intensity
OtherAbstract: Mapping the global heliosphere by detecting energetic neutral atoms (ENAs), IBEX derived the semi-diPalabras claves:Autores:TK SakoFuentes:googleObservation of TeV gamma rays from the Fermi bright galactic sources with the Tibet air shower array
OtherAbstract: Using the Tibet-III air shower array, we search for TeV γ-rays from 27 potential Galactic sources inPalabras claves:Autores:TK SakoFuentes:googleObservation of primary cosmic rays with the new Tibet hybrid experiment (YAC-II+ Tibet-III+ MD)
OtherAbstract: We have started a new hybrid air shower experiment in Yangbajing (4300 m asl) in Tibet since FebruarPalabras claves:Autores:TK SakoFuentes:googleInterpretation of the cosmic-ray energy spectrum and the knee inferred from the Tibet air-shower experiment.
OtherAbstract:Palabras claves:Autores:TK SakoFuentes:googleModeling of the galactic cosmic-ray anisotropy at TeV energies
Conference ObjectAbstract: A possible origin of the large-scale anisotropy of TeV galactic cosmic rays is discussed. It can bePalabras claves:anisotropy, Galactic cosmic rays, TeV energies, TibetAutores: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:googlescopusModeling of the high-energy galactic cosmic-ray anisotropy
OtherAbstract:Palabras claves:Autores:TK SakoFuentes:googleSidereal anisotropy of galactic cosmic ray observed by the tibet air shower experiment and the IceCube experiment
Conference ObjectAbstract: We analyze for the first time the large-scale sidereal anisotropy of -10 TeV cosmic ray intensity obPalabras claves:Autores:Amenomori M., Bi X.J., Chen D., Chen T.L., Chen W.Y., Cui S.W., Danzengluobu , Ding L.K., Feng C.F., Feng Z.Y., Gou Q.B., 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., Kozai M., Labaciren , Le G.M., Li A.F., Li H.J., Li W.J., Liu C., Liu J.S., Liu M.Y., Lu H., Meng X.R., Miyazaki T., Mizutani K., Munakata K., Nakajima T., Nakamura Y., Nanjo H., Nishizawa M., Niwa T., 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., Yamauchi K., Yang Z., Yasue S., Yuan A.F., Yuda T., Zhai L.M., Zhang H.M., Zhang J.L., Zhang X.Y., Zhang Y., Zhaxisangzhu , Zhou X.X.Fuentes:googlescopus