Tibet air shower array: results and future plan

Tibet air shower array: results and future plan
复制标题

DOI：
10.1088/1742-6596/120/6/062024
复制
发表时间：
2008-07
期刊：
Journal of Physics: Conference Series
影响因子：
--
通讯作者：
M. Amenomori;X. Bi;D. Chen;S. Cui;Danzengluobu;L. Ding;X. Ding;C. Fan;C. Feng;Zhaoyang Feng;Z. Feng;X. Gao;Q. Geng;H. Guo;Hao-Ning He;M. He;K. Hibino;N. Hotta;Haibing Hu;Haiming Hu;J. Huang;Q. Huang;H. Jia;F. Kajino;K. Kasahara;Y. Katayose;C. Kato;K. Kawata;Labaciren;G. Le;A. Li;J. Li;Y. Lou;H. Lu;Shan Lu;X. Meng;K. Mizutani;J. Mu;K. Munakata;A. Nagai;H. Nanjo;M. Nishizawa;M. Ohnishi;I. Ohta;H. Onuma;T. Ouchi;S. Ozawa;Jie Ren;T. Saito;T. Saito;M. Sakata;T. Sako;M. Shibata;A. Shiomi;T. Shirai;H. Sugimoto;M. Takita;Y. Tan;N. Tateyama;S. Torii;H. Tsuchiya;S. Udo;B. Wang;Hong Wang;X. Wang;Yusa Wang;Y. Wang;H. Wu;L. Xue;Y. Yamamoto;C. Yan;X. Yang;S. Yasue;Z. Ye;G. Yu;A. Yuan;T. Yuda;H. Zhang;J. Zhang;N. Zhang;X. Zhang;Y. Zhang;Zhaxisangzhu;X. Zhou
M. Amenomori;X. Bi;D. Chen;S. Cui;Danzengluobu;L. Ding;X. Ding;C. Fan;C. Feng;Zhaoyang Feng;Z. Feng;X. Gao;Q. Geng;H. Guo;Hao-Ning He;M. He;K. Hibino;N. Hotta;Haibing Hu;Haiming Hu;J. Huang;Q. Huang;H. Jia;F. Kajino;K. Kasahara;Y. Katayose;C. Kato;K. Kawata;Labaciren;G. Le;A. Li;J. Li;Y. Lou;H. Lu;Shan Lu;X. Meng;K. Mizutani;J. Mu;K. Munakata;A. Nagai;H. Nanjo;M. Nishizawa;M. Ohnishi;I. Ohta;H. Onuma;T. Ouchi;S. Ozawa;Jie Ren;T. Saito;T. Saito;M. Sakata;T. Sako;M. Shibata;A. Shiomi;T. Shirai;H. Sugimoto;M. Takita;Y. Tan;N. Tateyama;S. Torii;H. Tsuchiya;S. Udo;B. Wang;Hong Wang;X. Wang;Yusa Wang;Y. Wang;H. Wu;L. Xue;Y. Yamamoto;C. Yan;X. Yang;S. Yasue;Z. Ye;G. Yu;A. Yuan;T. Yuda;H. Zhang;J. Zhang;N. Zhang;X. Zhang;Y. Zhang;Zhaxisangzhu;X. Zhou
中科院分区：
其他
文献类型：
--
作者：
M. Amenomori;X. Bi;D. Chen;S. Cui;Danzengluobu;L. Ding;X. Ding;C. Fan;C. Feng;Zhaoyang Feng;Z. Feng;X. Gao;Q. Geng;H. Guo;Hao-Ning He;M. He;K. Hibino;N. Hotta;Haibing Hu;Haiming Hu;J. Huang;Q. Huang;H. Jia;F. Kajino;K. Kasahara;Y. Katayose;C. Kato;K. Kawata;Labaciren;G. Le;A. Li;J. Li;Y. Lou;H. Lu;Shan Lu;X. Meng;K. Mizutani;J. Mu;K. Munakata;A. Nagai;H. Nanjo;M. Nishizawa;M. Ohnishi;I. Ohta;H. Onuma;T. Ouchi;S. Ozawa;Jie Ren;T. Saito;T. Saito;M. Sakata;T. Sako;M. Shibata;A. Shiomi;T. Shirai;H. Sugimoto;M. Takita;Y. Tan;N. Tateyama;S. Torii;H. Tsuchiya;S. Udo;B. Wang;Hong Wang;X. Wang;Yusa Wang;Y. Wang;H. Wu;L. Xue;Y. Yamamoto;C. Yan;X. Yang;S. Yasue;Z. Ye;G. Yu;A. Yuan;T. Yuda;H. Zhang;J. Zhang;N. Zhang;X. Zhang;Y. Zhang;Zhaxisangzhu;X. Zhou

文献摘要

被引文献

相似文献

有效面积为36，900平方米的西藏空气淋浴阵列已在中国西藏海拔4，300米的羊八井运行。本文简要介绍了目前西藏大气簇射阵的γ射线观测情况和我们未来的计划--西藏μ子探测器（MD）计划。
The Tibet air shower array, which has an effective area of 36,900 m2, has been in operation at Yangbajing in Tibet, China at an altitude of 4,300 m above sea level. In this paper, we will briefly introduce the recent gamma-ray observation with the present Tibet air shower array and our future plan which is called the Tibet muon detector (MD) project.