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Physical review letters, 1993-08, Vol.71 (7), p.959-962
- ANTHONY, P. L
- ARNOLD, R. G
- ERBACHER, R
- FELLBAUM, J
- FONVIEILLE, H
- GEARHART, R
- HOLMES, R
- HUGHES, E. W
- JOHNSON, J. R
- KAWALL, D
- KEPPEL, C
- KUHN, S. E
- BAND, H. R
- LOMBARD-NELSEN, R. M
- MARRONCLE, J
- MARUYAMA, T
- MEYER, W
- MEZIANI, Z.-E
- MIDDLETON, H
- MORGENSTERN, J
- NEWBURY, N. R
- PETRATOS, G. G
- PITTHAN, R
- BOREL, H
- PREPOST, R
- ROBLIN, Y
- ROCK, S. E
- ROKNI, S. H
- SHAPIRO, G
- SMITH, T
- SOUDER, P. A
- SPENGOS, M
- STALEY, F
- STUART, L. M
- BOSTED, P. E
- SZALATA, Z. M
- TERRIEN, Y
- THOMPSON, A. K
- WHITE, J. L
- WOODS, M
- XU, J
- YOUNG, C. C
- ZAPALAC, G
- BRETON, V
- CATES, G. D
- CHUPP, T. E
- DIETRICH, F. S
- DUNNE, J
1993
Link zum Volltext
Journal of instrumentation, 2013-11, Vol.8 (11), p.T11006-T11006
- Band, H R
- Brown, R L
- Carr, R
- Chen, X C
- Chen, X H
- Cherwinka, J J
- Chu, M C
- Draeger, E
- Dwyer, D A
- Edwards, W R
- Gill, R
- Goett, J
- Greenler, L S
- Gu, W Q
- He, W S
- Heeger, K M
- Heng, Y K
- Hinrichs, P
- Ho, T H
- Hoff, M
- Hsiung, Y B
- Jin, Y
- Kang, L
- Kettell, S H
- Kramer, M
- Kwan, K K
- Kwok, M W
- Lewis, C A
- Li, G S
- Li, N
- Li, S F
- Li, X N
- Lin, C J
- Littlejohn, B R
- Liu, J L
- Luk, K B
- Luo, X L
- Ma, X Y
- McFarlane, M C
- McKeown, R D
- Nakajima, Y
- Ochoa-Ricoux, J P
- Pagac, A
- Qian, X
- Seilhan, B
- Shih, K
- Steiner, H
- Tang, X
- Themann, H
- Tsang, K V
- Tsang, R H M
- Virostek, S
- Wang, L
- Wang, W
- Wang, Z M
- Webber, D M
- Wei, Y D
- Wen, L J
- Wenman, D L
- Wilhelmi, J
- Wingert, M
- Wise, T
- Wong, H L H
- Wu, F F
- Xiao, Q
- Yang, L
- Zhang, Z J
- Zhong, W L
- Zhuang, H L
2013
Link zum Volltext
Physical review letters, 2016-02, Vol.116 (6), p.061801-061801, Article 061801
- An, F P
- Balantekin, A B
- Band, H R
- Bishai, M
- Butorov, I
- Cen, W R
- Chen, H S
- Chen, S M
- Chen, Y X
- Chu, M C
- Cummings, J P
- Ding, X F
- Ding, Y Y
- Diwan, M V
- Ely, S R
- Gill, R
- Gong, G H
- Gong, H
- Grassi, M
- Gu, W Q
- Guo, L
- Guo, X H
- Han, R
- Hans, S
- He, M
- Heeger, K M
- Heng, Y K
- Hor, Y K
- Huang, E C
- Huang, H X
- Huang, X T
- Jen, K L
- Johnson, R A
- Kettell, S H
- Kramer, M
- Kwok, M W
- Leitner, R
- Leung, K Y
- Leung, J K C
- Li, D J
- Li, F
- Li, G S
- Li, Q J
- Li, S C
- Lin, P Y
- Ling, J J
- Littlejohn, B R
- Liu, J C
- Lu, C
- Lu, H Q
- Luk, K B
- Ma, Q M
- Ma, X Y
- Ma, Y Q
- McKeown, R D
- Ochoa-Ricoux, J P
- Olshevski, A
- Park, J
- Patton, S
- Peng, J C
- Qi, M
- Raper, N
- Ruan, X C
- Shao, B B
- Steiner, H
- Sun, J L
- Tull, C E
- Wang, M
- Wang, N Y
- Wang, W
- Wang, X
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- Wang, Z
- Wei, H Y
- Wen, L J
- Whisnant, K
- Whitehead, L
- Wise, T
- Wong, S C F
- Wu, Q
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- Xu, J
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- Yan, J
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- Ye, M
- Zhang, J W
- Zhang, Y M
- Zhang, Y X
- Zhang, Z J
- Zhang, Z Y
- Zhao, J
- Zhao, Q W
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- Zhong, W L
- Zhou, N
- Zhuang, H L
2016
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Physical review letters, 2019-09, Vol.123 (11), Article 111801
- Adey, D.
- Band, H. R.
- Blyth, S.
- Cao, G. F.
- Chang, Y.
- Chen, S. M.
- Chen, Y. X.
- Cheng, J.
- Cheng, Z. K.
- Chu, M. C.
- Chukanov, A.
- Dash, N.
- Deng, F. S.
- Dohnal, T.
- Dove, J.
- Dvořák, M.
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- Gu, W. Q.
- Guo, X. H.
- Guo, Y. H.
- He, M.
- Heng, Y. K.
- Higuera, A.
- Hor, Y. K.
- Hsiung, Y. B.
- Hu, T.
- Hu, Z. J.
- Huang, H. X.
- Huang, Y. B.
- Jen, K. L.
- Ji, X. L.
- Ji, X. P.
- Jones, D.
- Kettell, S. H.
- Kohn, S.
- Kramer, M.
- Langford, T. J.
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- Lin, S.
- Link, J. M.
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- McDonald, K. T.
- McKeown, R. D.
- Mitchell, I.
- Napolitano, J.
- Naumov, D.
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- Olshevskiy, A.
- Patton, S.
- Peng, J. C.
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- Qian, X.
- Rosero, R.
- Sun, J. L.
- Treskov, K.
- Viren, B.
- Vorobel, V.
- Wang, M.
- Wang, W.
- Wang, Y.
- Wang, Z.
- Wang, Z. M.
- Wen, L. J.
- White, C. G.
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- Xing, Z. Z.
- Xu, J. L.
- Yang, L.
- Yang, M. S.
- Ye, M.
- Yeh, M.
- Zhang, C.
- Zhang, F. Y.
- Zhang, J. W.
- Zhang, X. F.
- Zhang, Y. M.
- Zhang, Y. Y.
- Zhang, Z. J.
- Zou, J. H.
2019
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Chinese physics C, 2017, Vol.41 (1), p.11-46
2017
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Physical review letters, 2018-12, Vol.121 (25), p.251802-251802, Article 251802
- Ashenfelter, J
- Balantekin, A B
- Baldenegro, C
- Band, H R
- Bass, C D
- Bergeron, D E
- Berish, D
- Bignell, L J
- Bowden, N S
- Bricco, J
- Brodsky, J P
- Bryan, C D
- Bykadorova Telles, A
- Cherwinka, J J
- Classen, T
- Commeford, K
- Conant, A J
- Cox, A A
- Davee, D
- Dean, D
- Deichert, G
- Diwan, M V
- Dolinski, M J
- Erickson, A
- Febbraro, M
- Foust, B T
- Gaison, J K
- Galindo-Uribarri, A
- Gilbert, C E
- Gilje, K E
- Glenn, A
- Goddard, B W
- Hackett, B T
- Han, K
- Hans, S
- Hansell, A B
- Heeger, K M
- Heffron, B
- Insler, J
- Jaffe, D E
- Ji, X
- Jones, D C
- Koehler, K
- Kyzylova, O
- Lane, C E
- Langford, T J
- LaRosa, J
- Littlejohn, B R
- Lopez, F
- Lu, X
- Martinez Caicedo, D A
- Matta, J T
- McKeown, R D
- Mendenhall, M P
- Miller, H J
- Minock, J M
- Mueller, P E
- Mumm, H P
- Napolitano, J
- Neilson, R
- Nikkel, J A
- Norcini, D
- Nour, S
- Pushin, D A
- Qian, X
- Romero-Romero, E
- Rosero, R
- Sarenac, D
- Seilhan, B S
- Sharma, R
- Surukuchi, P T
- Trinh, C
- Tyra, M A
- Varner, R L
- Viren, B
- Wagner, J M
- Wang, W
- White, B
- White, C
- Wilhelmi, J
- Wise, T
- Yao, H
- Yeh, M
- Yen, Y-R
- Zhang, A
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- Zhao, M
2018
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Physical review. D, 2019-09, Vol.100 (5), p.1, Article 052004
- An, F. P.
- Band, H. R.
- Bishai, M.
- Blyth, S.
- Cao, G. F.
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- Chang, J. F.
- Chang, Y.
- Chen, H. S.
- Chu, M. C.
- Chukanov, A.
- Cummings, J. P.
- Ding, Y. Y.
- Diwan, M. V.
- Dolgareva, M.
- Gong, H.
- Gu, W. Q.
- Guo, Y. H.
- Guo, Z.
- Hans, S.
- Heeger, K. M.
- Heng, Y. K.
- Higuera, A.
- Hu, B. Z.
- Huang, X. T.
- Huang, Y. B.
- Huber, P.
- Jones, D.
- Koerner, L. W.
- Kramer, M.
- Lei, R. T.
- Leitner, R.
- Li, Q. J.
- Li, S. C.
- Li, W. D.
- Li, Y. F.
- Li, Z. B.
- Lin, C. J.
- Lin, G. L.
- Lin, S. K.
- Ling, J. J.
- Link, J. M.
- Littenberg, L.
- Littlejohn, B. R.
- Liu, J. L.
- Liu, Y.
- Liu, Y. H.
- Lu, H. Q.
- Lu, J. S.
- Luk, K. B.
- Ma, X. Y.
- Mitchell, I.
- Mora Lepin, L.
- Napolitano, J.
- Naumova, E.
- Ochoa-Ricoux, J. P.
- Olshevskiy, A.
- Patton, S.
- Pec, V.
- Peng, J. C.
- Pinsky, L.
- Pun, C. S. J.
- Qi, F. Z.
- Qi, M.
- Ren, J.
- Sun, J. L.
- Tse, W.-H.
- Tull, C. E.
- Viren, B.
- Wang, J.
- Wang, N. Y.
- Wang, R. G.
- Wang, W.
- Wang, Y. F.
- Wang, Z. M.
- Wei, H. Y.
- Whisnant, K.
- Wong, H. L. H.
- Wong, S. C. F.
- Worcester, E.
- Wu, Q.
- Xia, D. M.
- Xing, Z. Z.
- Xue, T.
- Yang, H.
- Yang, L.
- Yang, M. S.
- Yang, M. T.
- Yue, B. B.
- Zhan, L.
- Zhang, C. C.
- Zhang, H. H.
- Zhang, R.
- Zhang, Y. M.
- Zhang, Y. X.
- Zhang, Y. Y.
- Zhang, Z. J.
- Zhang, Z. Y.
- Zhao, J.
- Zou, J. H.
2019
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Journal of instrumentation, 2013-09, Vol.8 (9), p.P09015-P09015
2013
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Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 2021-02, Vol.988, p.164823, Article 164823
- Anfimov, N.
- de André, J.P.A.M.
- Bordereau, C.
- Cabrera, A.
- Cerna, C.
- Chen, H.S.
- Chen, X.R.
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Journal of instrumentation, 2012-08, Vol.7 (8), p.P08005-P08005, Article P08005
2012
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Physical review letters, 2019-06, Vol.122 (25), Article 251801
- Ashenfelter, J.
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- Pushin, D. A.
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- Romero-Romero, E.
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- White, C.
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Physical review letters, 2014-10, Vol.113 (14), p.141802-141802, Article 141802
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Physical review. D, 2018-11, Vol.98 (9), p.092013, Article 092013
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2018
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The European physical journal. C, Particles and fields, 2017-09, Vol.77 (9), p.1-14, Article 606
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