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Your search keyword '"Tang, Jing-Yu"' showing total 17 results
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17 results on '"Tang, Jing-Yu"'

1. 10B-doped MCP detector developed for neutron resonance imaging at Back-n white neutron source

Author

Li, Qiang, Wang, Li-Jiao, Tang, Jing-Yu, Qiu, Xiang-Biao, Chen, Zhen, Zhao, Mao-Yuan, Ning, Chang-Jun, Pan, Kai, Xu, Wei, Li, Tao, Lu, Su-Peng, Yi, Han, Fan, Rui-Rui, Feng, Chang-Qing, Zhang, Rong, Sun, Xiao-Yang, An, Qi, Bai, Hao-Fan, Bai, Jiang-Bo, Bao, Jie, Cao, Ping, Chen, Qi-Ping, Chen, Yong-Hao, Cui, Zeng-Qi, Fan, An-Chuan, Feng, Fan-Zhen, Gu, Min-Hao, Han, Chang-Cai, Han, Zi-Jie, He, Guo-Zhu, He, Yong-Cheng, Hong, Yang, Hu, Yi-Wei, Huang, Han-Xiong, Jiang, Wei, Jiang, Zhi-Jie, Jin, Zheng-Yao, Kang, Ling, Li, Bo, Li, Gong, Li, Xiao, Li, Yang, Liu, Jie, Liu, Rong, Liu, Shu-Bin, Liu, Yi-Na, Luan, Guang-Yuan, Ren, Jie, Ren, Zhi-Zhou, Ruan, Xi-Chao, Song, Zhao-Hui, Sun, Kang, Tan, Zhi-Xin, Tang, Sheng-Da, Wang, Jin-Cheng, Wang, Peng-Cheng, Wang, Zhao-Hui, Wen, Zhong-Wei, Wu, Xiao-Guang, Wu, Xuan, Xia, Cong, Yu, Yong-Ji, Zhang, Guo-Hui, Zhang, Hang-Chang, Zhang, Lin-Hao, Zhang, Qi-Wei, Zhang, Xian-Peng, Zhang, Yu-Liang, Zhang, Yue, Zhang, Zhi-Yong, Zhou, Zhi-Hao, Zhu, Ke-Jun, and Zou, Chong

Published
2024
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2. Study of the response of 10B-doped MCP to wide-energy range neutrons from eV to MeV

Author

Li, Qiang, Wang, Li-Jiao, Qiu, Xiang-Biao, Li, Jing-Wen, Xu, Wei, Li, Tao, Lin, Ze-Bin, Ning, Chang-Jun, Chen, Yong-Hao, Fan, Rui-Rui, Sun, Kang, Tang, Jing-Yu, Zhang, Rong, Jing, Han-Tao, Mei, Bo, An, Qi, Bai, Hao-Fan, Bai, Jiang-Bo, Bao, Jie, Cao, Ping, Chen, Qi-Ping, Chen, Zhen, Cui, Zeng-Qi, Fan, An-Chuan, Feng, Chang-Qing, Feng, Fan-Zhen, Gao, Ke-Qing, Gu, Min-Hao, Han, Chang-Cai, Han, Zi-Jie, He, Guo-Zhu, He, Yong-Cheng, Hong, Yang, Hu, Yi-Wei, Huang, Han-Xiong, Jia, Wei-Hua, Jiang, Hao-Yu, Jiang, Wei, Jiang, Zhi-Jie, Jin, Zheng-Yao, Kang, Ling, Li, Bo, Li, Chao, Li, Gong, Li, Jia-Wen, Li, Xiao, Li, Yang, Liu, Jie, Liu, Rong, Liu, Shu-Bin, Luan, Guang-Yuan, Qi, Bin-Bin, Ren, Jie, Ren, Zhi-Zhou, Ruan, Xi-Chao, Song, Zhao-Hui, Tan, Zhi-Xin, Tang, Sheng-Da, Wang, Peng-Cheng, Wang, Zhao-Hui, Wen, Zhong-Wei, Wu, Xiao-Guang, Wu, Xuan, Xie, Li-Kun, Yang, Yi-Wei, Yi, Han, Yu, Yong-Ji, Zhang, Guo-Hui, Zhang, Lin-Hao, Zhang, Mo-Han, Zhang, Qi-Wei, Zhang, Xian-Peng, Zhang, Yu-Liang, Zhang, Yue, Zhang, Zhi-Yong, Zhao, Mao-Yuan, Zhou, Lu-Ping, Zhou, Zhi-Hao, and Zhu, Ke-Jun

Published
2024
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5. Nondestructive technique for identifying nuclides using neutron resonance transmission analysis at CSNS Back-n

Author

Tang, Sheng-Da, Chen, Yong-Hao, Tang, Jing-Yu, Fan, Rui-Rui, Li, Qiang, Li, Gong, Liu, Dong, Jin, Zheng-Yao, Cui, Xing-Zhu, Chen, Tian-Xiang, Yang, Yi-Wei, Liu, Rong, Yi, Han, Li, Yang, Yang, Zhen, An, Qi, Bai, Hao-Fan, Bai, Jiang-Bo, Bao, Jie, Cao, Ping, Chen, Qi-Ping, Chen, Zhen, Cui, Zeng-Qi, Fan, An-Chuan, Feng, Chang-Qing, Feng, Fan-Zhen, Gao, Ke-Qing, Gu, Min-Hao, Han, Chang-Cai, Han, Zi-Jie, He, Guo-Zhu, He, Yong-Cheng, Hong, Yang, Hu, Yi-Wei, Huang, Han-Xiong, Jia, Wei-Hua, Jiang, Hao-yu, Jiang, Wei, Jiang, Zhi-jie, Kang, Ling, Li, Bo, Li, Chao, Li, Jia-Wen, Li, Xiao, Liu, Jie, Liu, Shu-Bin, Luan, Guang-Yuan, Ning, Chang-Jun, Qi, Bin-Bin, Ren, Jie, Ren, Zhi-Zhou, Ruan, Xi-Chao, Song, Zhao-Hui, Sun, Kang, Tan, Zhi-Xin, Wang, Li-Jiao, Wang, Peng-Cheng, Wang, Zhao-Hui, Wen, Zhong-Wei, Wu, Xiao-Guang, Wu, Xuan, Xie, Li-Kun, Yu, Yong-Ji, Zhang, Guo-Hui, Zhang, Lin-Hao, Zhang, Mo-Han, Zhang, Qi-Wei, Zhang, Xian-Peng, Zhang, Yu-Liang, Zhang, Yue, Zhang, Zhi-Yong, Zhao, Mao-Yuan, Zhou, Lu-Ping, Zhou, Zhi-Hao, and Zhu, Ke-Jun

Published
2024
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6. Snowmass2021 Whitepaper: Muonium to antimuonium conversion

Author

Bai, Ai-Yu, Chen, Yu, Chen, Yukai, Fan, Rui-Rui, Hou, Zhilong, Jing, Han-Tao, Li, Hai-Bo, Li, Yang, Miao, Han, Peng, Huaxing, Petrov, Alexey A., Song, Ying-Peng, Tang, Jian, Tang, Jing-Yu, Vassilopoulos, Nikolaos, Vihonen, Sampsa, Wu, Chen, Xing, Tian-Yu, Xu, Yu, Yuan, Ye, Zhang, Yao, Zhao, Guang, Zhao, Shi-Han, and Zhou, Luping

Subjects
High Energy Physics - Phenomenology, High Energy Physics - Experiment
Abstract

The spontaneous muonium to antimuonium conversion is one of the interesting charged lepton flavor violation processes. It serves as a clear indication of new physics and plays an important role in constraining the parameter space beyond Standard Model. MACE is a proposed experiment to probe such a phenomenon and expected to enhance the sensitivity to the conversion probability by more than two orders of magnitude from the current best upper constraint obtained by the PSI experiment two decades ago. Recent developments in the theoretical and experimental aspects to search for such a rare process are summarized., Comment: 13 pages, 10 figures, 3 tables, contribution to Snowmass 2021

Published
2022

7. Measurement of Br(n,γ) cross sections up to stellar s-process temperatures at the CSNS Back-n

Author

Yang, Gao-Le, An, Zhen-Dong, Jiang, Wei, Li, Xian-Kai, Qiu, Wei-Wei, Liao, Zheng-Fa, Zhuang, Zi-Yue, Zhang, Xiao-Ping, Chen, Sheng-Li, Guo, Chen-Chen, Xiao, Er-Xi, Fang, Xiao, Li, Xin-Xiang, Hu, Xin-Rong, Jiang, Bing, Wang, Jin-Cheng, Ren, Jie, Luo, Wen, Zhu, Zhi-Chao, Lan, Hao-Yang, Cao, Zong-Wei, Ma, Xu, Liu, Ying-Du, Wang, Pu-Sen, Yang, Yi, Su, Ping, Deng, Xian-Gai, He, Wan-Bing, Ma, Chun-Wang, Wang, Yu-Ting, Dai, Zhi-Tao, He, Peng-Qin, Tang, Ren-Guang, Zhou, Tao, Wang, Jing, Yi, Han, Zhang, Yue, Chen, Yong-Hao, Fan, Rui-Rui, Gao, Ke-Qing, Li, Qiang, Sun, Kang, Tan, Zhi-Xin, Gu, Min-Hao, Jing, Han-Tao, and Tang, Jing-Yu

Published
2023
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8. Measurement of the 232Th(n,f) cross section in the 1–200 MeV range at the CSNS Back-n

Author

Ren, Zhi-Zhou, Yang, Yi-Wei, Chen, Yong-Hao, Liu, Rong, Ye, Bang-Jiao, Wen, Jie, Guo, Hai-Rui, Han, Zi-Jie, Chen, Qi-Ping, Wen, Zhong-Wei, Sun, Wei-Li, Yi, Han, Liu, Xing-Yan, Ye, Tao, Bai, Jiang-Bo, An, Qi, Bao, Jie, Bao, Yu, Cao, Ping, Chen, Hao-Lei, Chen, Zhen, Cui, Zeng-Qi, Fan, Rui-Rui, Feng, Chang-Qing, Gao, Ke-Qing, Gao, Xiao-Long, Gu, Min-Hao, Han, Chang-Cai, He, Guo-Zhu, He, Yong-Cheng, Hong, Yang, Hu, Yi-Wei, Huang, Han-Xiong, Huang, Xi-Ru, Jiang, Hao-Yu, Jiang, Wei, Jiang, Zhi-Jie, Jing, Han-Tao, Kang, Ling, Li, Bo, Li, Chao, Li, Jia-Wen, Li, Qiang, Li, Xiao, Li, Yang, Liu, Jie, Liu, Shu-Bin, Long, Ze, Luan, Guang-Yuan, Ning, Chang-Jun, Niu, Meng-Chen, Qi, Bin-Bin, Ren, Jie, Ruan, Xi-Chao, Song, Zhao-Hui, Sun, Kang, Sun, Zhi-Jia, Tan, Zhi-Xin, Tang, Jing-Yu, Tang, Xin-Yi, Tian, Bin-Bin, Wang, Li-Jiao, Wang, Peng-Cheng, Wang, Zhao-Hui, Wu, Xiao-Guang, Wu, Xuan, Xie, Li-Kun, Yang, Xiao-Yun, Yu, Li, Yu, Tao, Yu, Yong-Ji, Zhang, Guo-Hui, Zhang, Lin-Hao, Zhang, Qi-Wei, Zhang, Xian-Peng, Zhang, Yu-Liang, Zhang, Zhi-Yong, Zhou, Lu-Ping, Zhou, Zhi-Hao, and Zhu, Ke-Jun

Published
2023
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13. Topological properties of tetratomic Su–Schrieffer–Heeger chains with hierarchical long-range hopping.

Author

Li, Guan-Qiang, Wang, Bo-Han, Tang, Jing-Yu, Peng, Ping, and Dong, Liang-Wei

Subjects
TOPOLOGICAL property, PHASE transitions, PHASE diagrams, BRILLOUIN zones, SEMIMETALS
Abstract

We propose a new generalized Su–Schrieffer–Heeger model with hierarchical long-range hopping based on a one-dimensional tetratomic chain. The properties of the topological states and phase transition, which depend on the cointeraction of the intracell and intercell hoppings, are investigated using the phase diagram of the winding number. It is shown that topological states with large positive/negative winding numbers can readily be generated in this system. The properties of the topological states can be verified by the ring-type structures in the trajectory diagram of the complex plane. The topological phase transition is strongly related to the opening (closure) of an energy bandgap at the center (boundaries) of the Brillouin zone. Finally, the non-zero-energy edge states at the ends of the finite system are revealed and matched with the bulk–boundary correspondence. [ABSTRACT FROM AUTHOR]

Published
2023
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15. EMuS – A Pulsed Muon Facility for Multidisciplinary Research

Author

Tang, Jing-Yu, primary, Yuan, Ye, additional, Ye, Bang-Jiao, additional, Zhu, Zi‐An, additional, Hou, Zhi-Long, additional, Vassilopoulos, Nikolaos, additional, Tang, Jian, additional, Chen, Yu, additional, Chen, Yu-Kai, additional, Deng, Chang-Dong, additional, Dong, Jing-Yu, additional, Fan, Rui-Rui, additional, He, Chong-Chao, additional, Hong, Yang, additional, Huang, Jin-Shu, additional, Li, Yang, additional, Meng, Xiang-Wei, additional, Pan, Zi-Wen, additional, Song, Ying-Peng, additional, Sun, Ji-Lei, additional, Wang, Li-Jiao, additional, Wang, Meng-Lin, additional, Wang, Peng-Cheng, additional, Xie, Zong-Tai, additional, Yadav, Nitin, additional, Yan, Zhao-Hui, additional, Yuan, Ling, additional, Zhang, Gang, additional, Zhang, Wen‐Qing, additional, Zhao, Guang, additional, Zhou, Lu-Ping, additional, Zhou, Zhi-Hao, additional, and Zhu, Dong-Hui, additional

Published
2022
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17. EMuS – A Pulsed Muon Facility for Multidisciplinary Research

Author

Tang, Jing-Yu, Yuan, Ye, Ye, Bang-Jiao, Zhu, Zi‐An, Hou, Zhi-Long, Vassilopoulos, Nikolaos, Tang, Jian, Chen, Yu, Chen, Yu-Kai, Deng, Chang-Dong, Dong, Jing-Yu, Fan, Rui-Rui, He, Chong-Chao, Hong, Yang, Huang, Jin-Shu, Li, Yang, Meng, Xiang-Wei, Pan, Zi-Wen, Song, Ying-Peng, Sun, Ji-Lei, Wang, Li-Jiao, Wang, Meng-Lin, Wang, Peng-Cheng, Xie, Zong-Tai, Yadav, Nitin, Yan, Zhao-Hui, Yuan, Ling, Zhang, Gang, Zhang, Wen‐Qing, Zhao, Guang, Zhou, Lu-Ping, Zhou, Zhi-Hao, and Zhu, Dong-Hui

Abstract

A pulsed muon facility (the so‐called EMuS) at the China Spallation Neutron Source (CSNS) has been studied since 2007. It aims for multidisciplinary applications but with a focus on those based on muon spin rotation/relaxation/resonance techniques. As a standalone facility, EMuS will take about 5% or 25 kW of the total beam power (500 kW) from the CSNS‐II accelerator complex. Two schemes have been designed: the baseline scheme is based on an inner conical target in graphite and superconducting solenoids for the capture and transport of pions and muons; the simplified scheme is based on a conventional thick target and room‐temperature magnets for transport. With the former, multiple kinds of muon beams can be provided, from surface muons, decay muons, negative muons, to low‐energy muons. Mainly surface muons are available with the simplified scheme. With a number of novel design concepts such as forward capture of pions/muons from a target station based on superconducting solenoids and triple spatial beam splitting of a muon beam, the design aspects of EMuS are presented here. The wide application potential and the R&D progress are also included. At the Experimental Muon Source at the China Spallation Neutron Source, a novel target station design is adopted to produce high‐intensity and different muon beam types. A conical graphite target is installed inside a series of superconducting solenoids. With a tapered magnetic field and forward collection, surface muons, decay muons, and high‐momentum muons can be provided in the downstream beamline.

Published
2023
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