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Poultry science, 2020-01, Vol.99 (1), p.567-577
2020
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European journal of cancer (1990), 2014-05, Vol.50, p.e60-e60
2014
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Journal of crystal growth, 2005-06, Vol.279 (3), p.477-488
2005
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Poultry science, 2020-01, Vol.99 (1), p.567-577
2020
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Investigation of Channel Dimension Dependence of BTI Degradation and Variation in Planar HKMG MOSFET
2023
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Chemical engineering research & design, 2007-07, Vol.85 (A7), p.893-905
2007
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A feasibility study of boron-loaded liquid scintillator for the detection of electron anti-neutrinos
1999
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Journal of catalysis, 1995-06, Vol.154 (1), p.163-173
1995
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IOP conference series. Materials Science and Engineering, 2018-07, Vol.392 (3), p.32041
2018
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Ultramicroscopy, 2008-08, Vol.108 (9), p.873-877
2008
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Application of causal analysis to the safety management of urban water environment treatment project
2019
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Chemical engineering journal (Lausanne, Switzerland : 1996), 1997-03, Vol.66 (3), p.227-230
1997
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AIChE journal, 1995-02, Vol.41 (2), p.267-271
1995
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Environmental toxicology and chemistry, 2009-08, Vol.28 (8), p.1592-1598
2009
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Solid state ionics, 2010-03, Vol.181 (8), p.367-371
2010
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Journal of crystal growth, 2008-05, Vol.310 (10), p.2450-2456
2008
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Chemical engineering research & design, 2007, Vol.85 (7), p.893-905
2007
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Computerized medical imaging and graphics, 2006-04, Vol.30 (3), p.197-208
2006
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Advanced materials research, 2011, Vol.188, p.158-161
2011
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Growth and structure of epitaxial Ce 0.8Sm 0.2O 1.9 by oxygen-plasma-assisted molecular beam epitaxy
2008
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Astroparticle physics, 2010-02, Vol.33 (1), p.24-39
- Adriani, O.
- van den Akker, M.
- Bähr, J.
- Banerjee, S.
- Becattini, F.
- Bellucci, L.
- Blaising, J.J.
- Bottai, S.
- Bourilkov, D.
- Chemarin, M.
- Chen, G.
- Chen, G.M.
- Chen, H.S.
- Chiarusi, T.
- Coignet, G.
- Ding, L.K.
- Duran, I.
- Eline, A.
- El Mamouni, H.
- Fay, J.
- Filthaut, F.
- Ganguli, S.N.
- Gong, Z.F.
- Grabosch, H.J.
- Guo, Y.N.
- Gupta, S.
- Gurtu, A.
- He, Z.X.
- Hebbeker, T.
- Hervé, A.
- Hofer, H.
- Ito, N.
- Jones, L.W.
- Kantserov, V.
- Kawakami, S.
- Kittel, W.
- König, A.C.
- Kok, E.
- Kuang, H.H.
- Kuijpers, J.
- Ladron de Guevara, P.
- Le Coultre, P.
- Lei, Y.
- Leich, H.
- Leiste, R.
- Li, L.
- Li, Z.C.
- Liu, Z.A.
- Lohmann, W.
- Lu, Y.S.
- Ma, W.G.
- Ma, X.H.
- Ma, Y.Q.
- Mele, S.
- Meng, X.W.
- Meschini, M.
- Milcent, H.
- Monteleoni, B.
- Nahnhauer, R.
- Naumov, V.A.
- Nowak, H.
- Pauss, F.
- Petersen, B.
- Pojidaev, V.
- Qing, C.R.
- Ranieri, R.
- Ravindran, K.C.
- Riemann, S.
- Schmitt, V.
- Sulanke, H.
- Tang, X.W.
- Timmermans, C.
- Trowitzsch, G.
- Unger, M.
- Verkooijen, H.
- Van de Walle, R.T.
- Vogt, H.
- Wang, R.G.
- Wang, Q.
- Wang, X.L.
- Wang, X.W.
- Wang, Z.M.
- van Wijk, R.
- Wijnen, T.A.M.
- Wilkens, H.
- Xu, J.S.
- Xu, Z.Z.
- Yang, C.G.
- Yang, X.F.
- Yao, Z.G.
- Yu, Z.Q.
- Zhang, C.
- Zhang, F.
- Zhang, J.
- Zhang, S.
- Zhou, S.J.
- Zhu, G.Y.
- Zhu, Q.Q.
- Zhuang, H.L.
- Zwart, A.N.M.
2010
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Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 2002-08, Vol.488 (1), p.209-225
- Adriani, O.
- van den Akker, M.
- Banerjee, S.
- Bähr, J.
- Betev, B.
- Bourilkov, D.
- Bottai, S.
- Bobbink, G.
- Cartacci, A.
- Chemarin, M.
- Chen, G.
- Chen, H.S.
- Chiarusi, T.
- Dai, C.J.
- Ding, L.K.
- Duran, I.
- Faber, G.
- Fay, J.
- Grabosch, H.J.
- Groenstege, H.
- Guo, Y.N.
- Gupta, S.
- Haller, Ch
- Hayashi, Y.
- He, Z.X.
- Hebbeker, T.
- Hofer, H.
- Hoferjun, H.
- Huo, A.X.
- Ito, N.
- Jing, C.L.
- Jones, L.
- Kantserov, V.
- Kawakami, S.
- Kittel, W.
- König, A.C.
- Kok, E.
- Korn, A.
- Kuang, H.H.
- Kuijpers, J.
- Ladron de Guevara, P.
- Le Coultre, P.
- Lei, Y.
- Leich, H.
- Leiste, R.
- Li, D.
- Li, L.
- Li, Z.C.
- Liu, Z.A.
- Liu, H.T.
- Lohmann, W.
- Lu, Y.S.
- Ma, X.H.
- Ma, Y.Q.
- van Mil, A.
- Monteleoni, B.
- Nahnhauer, R.
- Pauss, F.
- Parriaud, J.-F.
- Petersen, B.
- Pohl, M.
- Qing, C.R.
- Ramelli, R.
- Ravindran, K.C.
- Rewiersma, P.
- Rojkov, A.
- Saidi, R.
- Schmitt, V.
- Schöneich, B.
- Schotanus, D.J.
- Shen, C.Q.
- Sulanke, H.
- Tang, X.W.
- Timmermans, C.
- Tonwar, S.
- Trowitzsch, G.
- Unger, M.
- Verkooijen, H.
- Wang, X.L.
- Wang, X.W.
- Wang, Z.M.
- van Wijk, R.
- Wijnen, Th.A.M.
- Wilkens, H.
- Xu, Y.P.
- Xu, Z.Z.
- Yang, C.G.
- Yang, X.F.
- Yao, Z.G.
- Yu, Z.Q.
- Zhang, S.
- Zhu, G.Y.
- Zhu, Q.Q.
- Zhuang, H.L.
- Zwart, A.N.M.
2002
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Solid state ionics, 2006, Vol.177 (15), p.1299-1306
2006
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Physics letters. B, 2000, Vol.472 (1), p.207-214
- Bai, J.Z.
- Ban, Y.
- Chen, H.S.
- Chen, X.D.
- Chen, Y.B.
- Cheng, B.S.
- Cui, X.Z.
- Ding, H.L.
- Gao, C.S.
- Gao, M.L.
- Gu, J.H.
- Han, Y.
- He, J.
- He, J.T.
- He, K.L.
- He, M.
- Heng, Y.K.
- Hu, G.Y.
- Hu, T.
- Huang, G.S.
- Huang, Y.Z.
- Ke, Z.J.
- Lai, Y.F.
- Lang, P.F.
- Li, J.
- Li, P.Q.
- Li, W.G.
- Li, X.H.
- Li, X.Q.
- Li, Z.C.
- Liu, B.
- Liu, F.
- Liu, Feng
- Liu, H.M.
- Lu, G.R.
- Lu, J.G.
- Ma, E.C.
- Mao, Z.P.
- Qi, N.D.
- Qi, X.R.
- Qian, C.D.
- Qiu, J.F.
- Qu, Y.H.
- Que, Y.K.
- Shen, B.W.
- Shen, D.L.
- Shen, H.
- Shen, H.Y.
- Shen, X.Y.
- Shi, H.Z.
- Song, X.F.
- Sun, H.S.
- Sun, L.F.
- Sun, Y.Z.
- Tang, S.Q.
- Tong, G.L.
- Wang, F.
- Wang, L.S.
- Wang, P.
- Wang, P.L.
- Wu, N.
- Xia, X.M.
- Xie, Y.H.
- Xu, G.F.
- Yan, J.
- Yang, C.M.
- Yang, C.Y.
- Yang, H.X.
- Yang, X.F.
- Ye, S.W.
- Ye, Y.X.
- Yu, C.S.
- Yu, C.X.
- Yu, Y.H.
- Yuan, Y.
- Zhang, B.Y.
- Zhang, C.
- Zhang, D.H.
- Zhang, H.L.
- Zhang, J.
- Zhang, J.W.
- Zhang, L.
- Zhang, L.S.
- Zhang, S.Q.
- Zhang, Y.Y.
- Zhao, D.X.
- Zhao, H.W.
- Zhao, J.W.
- Zhao, M.
- Zhao, W.R.
- Zheng, J.P.
- Zheng, L.S.
- Zheng, Z.P.
- Zhou, B.Q.
- Zhou, L.
- Zhu, Y.C.
- Zhu, Z.A.
- Bugg, D.V.
- Zou, B.S.
- Scott, I.
2000
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Nuclear instruments & methods in physics research. Section B, Beam interactions with materials and atoms, 2007-08, Vol.261 (1-2), p.723-726
2007
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