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Journal of alloys and compounds, 2015-11, Vol.649, p.1048-1052
2015
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International journal of plasticity, 2024-10, Vol.181, p.104081, Article 104081
2024
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Intermetallics, 2019-03, Vol.106, p.124-129
2019
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Solar energy materials and solar cells, 2011-08, Vol.95 (8), p.2524-2530
2011
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Solar energy materials and solar cells, 2011-07, Vol.95 (7), p.1624-1629
2011
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Journal of the Taiwan Institute of Chemical Engineers, 2012, Vol.43 (1), p.95-101
2012
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2010 International Conference on Chemistry and Chemical Engineering, 2010, p.142-146
2010
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Analytical chemistry (Washington), 2019-11, Vol.91 (22), p.14407-14416
- Thompson, J. Will
- Adams, Kendra J
- Adamski, Jerzy
- Asad, Yasmin
- Borts, David
- Bowden, John A
- Byram, Gregory
- Dang, Viet
- Dunn, Warwick B
- Fernandez, Facundo
- Fiehn, Oliver
- Gaul, David A
- Hühmer, Andreas FR
- Kalli, Anastasia
- Koal, Therese
- Koeniger, Stormy
- Mandal, Rupasri
- Meier, Florian
- Naser, Fuad J
- O’Neil, Donna
- Pal, Akos
- Patti, Gary J
- Pham-Tuan, Hai
- Prehn, Cornelia
- Raynaud, Florence I
- Shen, Tong
- Southam, Andrew D
- St. John-Williams, Lisa
- Sulek, Karolina
- Vasilopoulou, Catherine G
- Viant, Mark
- Winder, Catherine L
- Wishart, David
- Zhang, Lun
- Zheng, Jiamin
- Moseley, M. Arthur
2019
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Nature genetics, 2023-10, Vol.55 (10), p.1696-1708
2023
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Acta materialia, 2023-01, Vol.244, p.118554, Article 118554
2023
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Publications of the Astronomical Society of Australia, 2022, Vol.39, Article e058
- Westmeier, T.
- Deg, N.
- Spekkens, K.
- Reynolds, T. N.
- Shen, A. X.
- Gaudet, S.
- Goliath, S.
- Huynh, M. T.
- Venkataraman, P.
- Lin, X.
- O’Beirne, T.
- Catinella, B.
- Cortese, L.
- Dénes, H.
- Elagali, A.
- For, B.-Q.
- Józsa, G. I. G.
- Howlett, C.
- van der Hulst, J. M.
- Jurek, R. J.
- Kamphuis, P.
- Kilborn, V. A.
- Kleiner, D.
- Koribalski, B. S.
- Lee-Waddell, K.
- Murugeshan, C.
- Rhee, J.
- Serra, P.
- Shao, L.
- Staveley-Smith, L.
- Wang, J.
- Wong, O. I.
- Zwaan, M. A.
- Allison, J. R.
- Anderson, C. S.
- Ball, Lewis
- Bock, D. C.-J.
- Brodrick, D.
- Bunton, J. D.
- Cooray, F. R.
- Gupta, N.
- Hayman, D. B.
- Mahony, E. K.
- Moss, V. A.
- Ng, A.
- Pearce, S. E.
- Raja, W.
- Roxby, D. N.
- Voronkov, M. A.
- Warhurst, K. A.
- Courtois, H. M.
- Said, K.
2022
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Journal of applied microbiology, 2017-05, Vol.122 (5), p.1299-1309
2017
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Astroparticle physics, 2016-08, Vol.81, p.49-60
- Bartoli, B.
- Bernardini, P.
- Bi, X.J.
- Cao, Z.
- Catalanotti, S.
- Chen, S.Z.
- Chen, T.L.
- Cui, S.W.
- Dai, B.Z.
- D’Amone, A.
- Danzengluobu
- De Mitri, I.
- D’Ettorre Piazzoli, B.
- Di Girolamo, T.
- Di Sciascio, G.
- Feng, C.F.
- Feng, Zhaoyang
- Feng, Zhenyong
- Gou, Q.B.
- Guo, Y.Q.
- He, H.H.
- Hu, Haibing
- Hu, Hongbo
- Iacovacci, M.
- Iuppa, R.
- Jia, H.Y.
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- Li, H.J.
- Liu, C.
- Liu, J.
- Liu, M.Y.
- Lu, H.
- Ma, L.L.
- Ma, X.H.
- Mancarella, G.
- Mari, S.M.
- Marsella, G.
- Mastroianni, S.
- Montini, P.
- Ning, C.C.
- Perrone, L.
- Pistilli, P.
- Salvini, P.
- Santonico, R.
- Shen, P.R.
- Sheng, X.D.
- Shi, F.
- Surdo, A.
- Tan, Y.H.
- Vallania, P.
- Vernetto, S.
- Vigorito, C.
- Wang, H.
- Wu, C.Y.
- Wu, H.R.
- Xue, L.
- Yang, Q.Y.
- Yang, X.C.
- Yao, Z.G.
- Yuan, A.F.
- Zha, M.
- Zhang, H.M.
- Zhang, L.
- Zhang, X.Y.
- Zhang, Y.
- Zhao, J.
- Zhaxiciren
- Zhaxisangzhu
- Zhou, X.X.
- Zhu, F.R.
- Zhu, Q.Q.
- Stenkin, Yu.V.
- Alekseenko, V.V.
- Aynutdinov, V.
- Cai, Z.Y.
- Guo, X.W.
- Liu, Y.
- Rulev, V.
- Shchegolev, O.B.
- Stepanov, V.
- Volchenko, V.
- Zhang, H.
2016
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Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 2019-12, Vol.947, p.162746, Article 162746
- Bartoli, B.
- Bernardini, P.
- Bi, X.J.
- Branchini, P.
- Budano, A.
- Camarri, P.
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- Cardarelli, R.
- Catalanotti, S.
- Chen, S.Z.
- Chen, T.L.
- Creti, P.
- Cui, S.W.
- Dai, B.Z.
- D’Amone, A.
- Danzengluobu
- De Mitri, I.
- D’Ettorre Piazzoli, B.
- Di Girolamo, T.
- Di Sciascio, G.
- Feng, C.F.
- Feng, Zhaoyang
- Feng, Zhenyong
- Gou, Q.B.
- Guo, Y.Q.
- He, H.H.
- Hu, Haibing
- Hu, Hongbo
- Iacovacci, M.
- Iuppa, R.
- Jia, H.Y.
- Labaciren
- Li, H.J.
- Liguori, G.
- Liu, C.
- Liu, J.
- Liu, M.Y.
- Lu, H.
- Ma, L.L.
- Ma, X.H.
- Mancarella, G.
- Mari, S.M.
- Marsella, G.
- Martello, D.
- Mastroianni, S.
- Montini, P.
- Ning, C.C.
- Panareo, M.
- Perrone, L.
- Pistilli, P.
- Ruggieri, F.
- Salvini, P.
- Santonico, R.
- Shen, P.R.
- Sheng, X.D.
- Shi, F.
- Surdo, A.
- Tan, Y.H.
- Vallania, P.
- Vernetto, S.
- Vigorito, C.
- Wang, H.
- Wu, C.Y.
- Wu, H.R.
- Xue, L.
- Yang, Q.Y.
- Yang, X.C.
- Yao, Z.G.
- Yuan, A.F.
- Zha, M.
- Zhang, H.M.
- Zhang, L.
- Zhang, X.Y.
- Zhang, Y.
- Zhao, J.
- Zhaxiciren
- Zhaxisangzhu
- Zhou, X.X.
- Zhu, F.R.
- Zhu, Q.Q.
- Zizzi, G.
2019
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Oncogene, 2015-02, Vol.34 (7), p.922-931
2015
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Astroparticle physics, 2015-07, Vol.67, p.47-61
- Bartoli, B.
- Bernardini, P.
- Bi, X.J.
- Branchini, P.
- Budano, A.
- Camarri, P.
- Cao, Z.
- Cardarelli, R.
- Catalanotti, S.
- Chen, S.Z.
- Chen, T.L.
- Creti, P.
- Cui, S.W.
- Dai, B.Z.
- D’Amone, A.
- Danzengluobu
- De Mitri, I.
- D’Ettorre Piazzoli, B.
- Di Girolamo, T.
- Di Sciascio, G.
- Feng, C.F.
- Feng, Zhaoyang
- Feng, Zhenyong
- Gou, Q.B.
- Guo, Y.Q.
- He, H.H.
- Hu, Haibing
- Hu, Hongbo
- Iacovacci, M.
- Iuppa, R.
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- Li, H.J.
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- Ma, X.H.
- Mancarella, G.
- Mari, S.M.
- Marsella, G.
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- Mastroianni, S.
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- Perrone, L.
- Pistilli, P.
- Ruggieri, F.
- Salvini, P.
- Santonico, R.
- Shen, P.R.
- Sheng, X.D.
- Shi, F.
- Surdo, A.
- Tan, Y.H.
- Vallania, P.
- Vernetto, S.
- Vigorito, C.
- Wang, H.
- Wu, C.Y.
- Wu, H.R.
- Xue, L.
- Yang, Q.Y.
- Yang, X.C.
- Yao, Z.G.
- Yuan, A.F.
- Zha, M.
- Zhang, H.M.
- Zhang, L.
- Zhang, X.Y.
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- Zhao, J.
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2015
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Astroparticle physics, 2017-07, Vol.93, p.46-55
- Bartoli, B.
- Bernardini, P.
- Bi, X.J.
- Cao, Z.
- Catalanotti, S.
- Chen, S.Z.
- Chen, T.L.
- Cui, S.W.
- Dai, B.Z.
- D’Amone, A.
- Danzengluobu
- De Mitri, I.
- D’Ettorre Piazzoli, B.
- Di Girolamo, T.
- Di Sciascio, G.
- Feng, C.F.
- Feng, Zhaoyang
- Feng, Zhenyong
- Gou, Q.B.
- Guo, Y.Q.
- He, H.H.
- Hu, Haibing
- Hu, Hongbo
- Iacovacci, M.
- Iuppa, R.
- Jia, H.Y.
- Labaciren
- Li, H.J.
- Liu, C.
- Liu, J.
- Liu, M.Y.
- Lu, H.
- Ma, L.L.
- Ma, X.H.
- Mancarella, G.
- Mari, S.M.
- Marsella, G.
- Mastroianni, S.
- Montini, P.
- Ning, C.C.
- Perrone, L.
- Pistilli, P.
- Salvini, P.
- Santonico, R.
- Shen, P.R.
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- Shi, F.
- Surdo, A.
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- Vallania, P.
- Vernetto, S.
- Vigorito, C.
- Wang, H.
- Wu, C.Y.
- Wu, H.R.
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- Yang, Q.Y.
- Yang, X.C.
- Yao, Z.G.
- Yuan, A.F.
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- Zhang, X.Y.
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2017
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International journal of environmental science and technology (Tehran), 2013-03, Vol.10 (2), p.385-394
2013
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Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 2006-06, Vol.562 (1), p.92-96
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2006
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Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 2009-09, Vol.608 (2), p.246-250
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Astroparticle physics, 2017-04, Vol.90, p.20-27
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Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 2015-05, Vol.783, p.68-75
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Astroparticle physics, 2008-09, Vol.30 (2), p.85-95
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- Perrone, L.
- Pistilli, P.
- Qu, X.B.
- Rossi, E.
- Ruggieri, F.
- Saggese, L.
- Salvini, P.
- Santonico, R.
- Shen, P.R.
- Sheng, X.D.
- Shi, F.
- Stanescu, C.
- Surdo, A.
- Tan, Y.H.
- Vernetto, S.
- Vigorito, C.
- Wang, H.
- Wang, Y.G.
- Wu, C.Y.
- Wu, H.R.
- Xu, B.
- Yang, H.T.
- Yu, G.C.
- Yuan, A.F.
- Zha, M.
- Zhang, H.M.
- Zhang, J.L.
- Zhang, L.
- Zhang, X.Y.
- Zhaxisangzhu
- Zhou, X.X.
- Zhu, F.R.
- Zhu, Q.Q.
- Zizzi, G.
2008
Volltextzugriff (PDF)
International journal of engineering science, 2004-05, Vol.42 (8), p.887-913
2004
Volltextzugriff (PDF)
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