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BioSystems, 2021-10, Vol.208, p.104478-104478, Article 104478
2021
Link zum Volltext
Electronics letters, 2020-04, Vol.56 (9), p.424-426
2020
Link zum Volltext
Nature (London), 2019-05, Vol.569 (7755), p.203-207
- Walton, T
- Craycraft, A
- Yahne, D R
- Iverson, A
- Fairbank, W
- Alamre, A
- Albert, J B
- Anton, G
- Barbeau, P S
- Beck, D
- Belov, V
- Bhatta, T
- Brodsky, J P
- Brown, E
- Burenkov, A
- Cao, L
- Charlebois, S A
- Cleveland, B
- Coon, M
- Dalmasson, J
- Daniels, T
- Daugherty, S J
- Daughhetee, J
- Delaquis, S
- Mesrobian-Kabakian, A Der
- DeVoe, R
- Ding, Y Y
- Dolinski, M J
- Farine, J
- Fudenberg, D
- Giacomini, G
- Gratta, G
- Heffner, M
- Hoppe, E W
- Hößl, J
- House, A
- Hughes, M
- Jamil, A
- Jewell, M J
- Jiang, X S
- Kaufman, L J
- Kodroff, D
- Koffas, T
- Krücken, R
- Kuchenkov, A
- Kumar, K S
- Lan, Y
- Larson, A
- Leonard, D S
- Li, G
- Li, S
- Li, Z
- Licciardi, C
- Lv, P
- MacLellan, R
- Murray, K
- Nusair, O
- Odgers, K
- Oriunno, M
- Overman, C T
- Parent, S
- Piepke, A
- Qiu, D
- Radeka, V
- Rao, T
- Rescia, S
- Retière, F
- Robinson, A
- Rossignol, T
- Rowson, P C
- Roy, N
- Saldanha, R
- Sangiorgio, S
- Schneider, J
- Skarpaas, K
- Soma, A K
- St-Hilaire, G
- Stekhanov, V
- Stiegler, T
- Sun, X L
- Tarka, M
- Tolba, T
- Totev, T I
- Tsang, R
- Tsang, T
- Visser, G
- Wagenpfeil, M
- Wang, Q
- Wei, W
- Wen, L J
- Wichoski, U
- Wrede, G
- Wu, S X
- Wu, W H
- Xia, Q
- Yang, L
- Yen, Y-R
- Zeldovich, O
- Zhao, J
- Zhou, Y
2019
Link zum Volltext
IEEE transactions on nuclear science, 2018-11, Vol.65 (11), p.2823-2833
- Jamil, A.
- Ziegler, T.
- Hufschmidt, P.
- Li, G.
- Lupin-Jimenez, L.
- Michel, T.
- Schneider, J.
- Alamre, A.
- Anton, G.
- Arnquist, I. J.
- Badhrees, I.
- Beck, D.
- Belov, V.
- Bhatta, T.
- Brodsky, J. P.
- Brown, E.
- Burenkov, A.
- Chiu, M.
- Coon, M.
- Cote, M.
- Cree, W.
- Dalmasson, J.
- Daniels, T.
- Darroch, L.
- Delaquis, S.
- Mesrobian-Kabakian, A. Der
- Dilling, J.
- Ding, Y. Y.
- Echevers, J.
- Fabris, L.
- Fairbank, D.
- Farine, J.
- Fontaine, R.
- Fudenberg, D.
- Gallina, G.
- Gornea, R.
- Gratta, G.
- Hansen, E. V.
- Harris, D.
- Hasan, M.
- Heffner, M.
- HoBl, J.
- Hoppe, E. W.
- House, A.
- Hughes, M.
- Ito, Y.
- Iverson, A.
- Jiang, X. S.
- Karelin, A.
- Kaufman, L. J.
- Kravitz, S.
- Kumar, K. S.
- Lan, Y.
- Larson, A.
- Leonard, D. S.
- Li, Z.
- Licciardi, C.
- Lin, Y. H.
- Lv, P.
- MacLellan, R.
- Mong, B.
- Newby, R. J.
- Njoya, O.
- Odian, A.
- Oriunno, M.
- Ortega, G. S.
- Parent, S.
- Piepke, A.
- Pratte, J.-F.
- Qiu, D.
- Raguzin, E.
- Rao, T.
- Robinson, A.
- Rowson, P. C.
- Saldanha, R.
- Sangiorgio, S.
- Schubert, A.
- Skarpaas, K.
- Stekhanov, V.
- Stiegler, T.
- Sun, X. L.
- Todd, J.
- Tolba, T.
- Tsang, R.
- Tsang, T.
- Veenstra, B.
- Veeraraghavan, V.
- Visser, G.
- Vuilleumier, J.-L.
- Wang, Q.
- Weber, M.
- Wen, L. J.
- Wichoski, U.
- Wrede, G.
- Wu, S. X.
- Wu, W. H.
- Xia, Q.
- Yen, Y.-R.
- Zhang, X.
- Zhou, Y.
2018
- Link zum Volltext
IEEE transactions on nuclear science, 2020-12, Vol.67 (12), p.2501-2510
- Cao, G. F.
- Wen, L. J.
- Kharusi, S. Al
- Anton, G.
- Badhrees, I.
- Barbeau, P. S.
- Beck, D.
- Belov, V.
- Bhatta, T.
- Brodsky, J. P.
- Brown, E.
- Brunner, T.
- Mamahit, S. Byrne
- Caden, E.
- Cao, L.
- Chambers, C.
- Cleveland, B.
- Coon, M.
- Craycraft, A.
- Dalmasson, J.
- Daniels, T.
- Darroch, L.
- Mesrobian-Kabakian, A. Der
- DeVoe, R.
- Vacri, M. L. Di
- Ding, Y. Y.
- Echevers, J.
- Fairbank, D.
- Fairbank, W.
- Farine, J.
- Feyzbakhsh, S.
- Fucarino, A.
- Gallina, G.
- Giacomini, G.
- Goeldi, D.
- Gornea, R.
- Gratta, G.
- Hansen, E. V.
- Heffner, M.
- Hoppe, E. W.
- Hobl, J.
- House, A.
- Hughes, M.
- Iverson, A.
- Jamil, A.
- Jewell, M. J.
- Karelin, A.
- Kaufman, L. J.
- Koffas, T.
- Krucken, R.
- Kuchenkov, A.
- Leach, K. G.
- Leonard, D. S.
- Li, S.
- Li, Z.
- Licciardi, C.
- McElroy, T.
- Mong, B.
- Moore, D. C.
- Nakarmi, P.
- Natzke, C. R.
- Newby, R. J.
- Ning, Z.
- Njoya, O.
- Nolet, F.
- Nusair, O.
- Odgers, K.
- Odian, A.
- Oriunno, M.
- Orrell, J. L.
- Ortega, G. S.
- Parent, S.
- Pocar, A.
- Raguzin, E.
- Richman, M.
- Rossignol, T.
- Rowson, P. C.
- Roy, N.
- Runge, J.
- Saldanha, R.
- Sangiorgio, S.
- Stekhanov, V.
- Tarka, M.
- Totev, T. I.
- Tsang, R.
- Tsang, T.
- Vachon, F.
- Veeraraghavan, V.
- Vivo-Vilches, C.
- Wager, T.
- Walent, M.
- Wang, Q.
- Wei, W.
- Wu, S. X.
- Wu, W. H.
- Wu, X.
- Yang, H.
- Yang, L.
- Zeldovich, O.
- Zhou, Y.
2020
- Link zum Volltext
Journal of instrumentation, 2020-01, Vol.15 (1), p.P01019-P01019
- Nakarmi, P.
- Soma, A.K.
- Retière, F.
- Kharusi, S. Al
- Anton, G.
- Badhrees, I.
- Barbeau, P.S.
- Beck, D.
- Belov, V.
- Bhatta, T.
- Blatchford, J.
- Breur, P.A.
- Brodsky, J.P.
- Brown, E.
- Mamahit, S. Byrne
- Caden, E.
- Cao, G.F.
- Chana, B.
- Charlebois, S.A.
- Cleveland, B.
- Coon, M.
- Craycraft, A.
- Darroch, L.
- Croix, A. De St
- Mesrobian-Kabakian, A. Der
- Vacri, M.L. Di
- Dragone, A.
- Echevers, J.
- Edaltafar, F.
- Elbeltagi, M.
- Fairbank, D.
- Fairbank, W.
- Farine, J.
- Ferrara, S.
- Fontaine, R.
- Fucarino, A.
- Gautam, P.
- Giacomini, G.
- Goeldi, D.
- Gratta, G.
- Hansen, E.V.
- Heffner, M.
- Hoppe, E.W.
- Hößl, J.
- House, A.
- Jamil, A.
- Jiang, X.S.
- Karelin, A.
- Kaufman, L.J.
- Koffas, T.
- Krücken, R.
- Kuchenkov, A.
- Lan, Y.
- Larson, A.
- Leach, K.G.
- Lenardo, B.G.
- Leonard, D.S.
- Li, G.
- Licciardi, C.
- Lv, P.
- Massacret, N.
- Medina-Peregrina, M.
- Mong, B.
- Murray, K.
- Natzke, C.R.
- Newby, R.J.
- Ning, Z.
- Nusair, O.
- Orrell, J.L.
- Ortega, G.S.
- Overman, C.T.
- Piepke, A.
- Radeka, V.
- Raguzin, E.
- Richman, M.
- Runge, J.
- Saldanha, R.
- Sangiorgio, S.
- Stiegler, T.
- Tarka, M.
- Todd, J.
- Totev, T.I.
- Tsang, R.
- Vachon, F.
- Vivo-Vilches, C.
- Vuilleumier, J.-L.
- Wager, T.
- Walent, M.
- Wang, Q.
- Ward, M.
- Watkins, J.
- Weber, M.
- Wu, S.X.
- Wu, W.H.
- Wu, X.
- Xia, Q.
- Yang, H.
- Zeldovich, O.
- Zhao, J.
- Ziegler, T.
2020
Link zum Volltext
Journal of physics. G, Nuclear and particle physics, 2022-01, Vol.49 (1), p.15104
- Anton, G
- Arnquist, I J
- Badhrees, I
- Bane, J
- Bernard, E P
- Bhatta, T
- Breur, P A
- Brodsky, J P
- Brown, E
- Caden, E
- Cao, G F
- Cao, L
- Chana, B
- Charlebois, S A
- Chernyak, D
- Chiu, M
- Cleveland, B
- Collister, R
- Czyz, S A
- Dalmasson, J
- DeVoe, R
- Di Vacri, M L
- Dilling, J
- Dolgolenko, A
- Dragone, A
- Echevers, J
- Elbeltagi, M
- Farine, J
- Ferrara, S
- Fu, Y S
- Gautam, P
- Giacomini, G
- Gillis, W
- Goeldi, D
- Gratta, G
- Harouaka, K
- Heffner, M
- House, A
- Iverson, A
- Jamil, A
- Jewell, M
- Kotov, I
- Lan, Y
- Larson, A
- Leach, K G
- Lenardo, B G
- Leonard, D S
- Li, S
- Li, Z
- Lindsay, R
- MacLellan, R
- Mahtab, M
- Martel-Dion, P
- Masbou, J
- McElroy, T
- McMichael, K
- Michel, T
- Murray, K
- Newby, R J
- Nolet, F
- Nusair, O
- Ondze, J C Nzobadila
- Odgers, K
- Odian, A
- Ortega, G S
- Overman, C T
- Parent, S
- Pocar, A
- Pratte, J-F
- Raguzin, E
- Ramonnye, G J
- Rao, T
- Rasiwala, H
- Rescia, S
- Retière, F
- Ringuette, J
- Riot, V
- Rossignol, T
- Rowson, P C
- Roy, N
- Shang, X
- Soma, A K
- Tarka, M
- Tidball, A
- Triambak, S
- Tsang, R H M
- Vachon, F
- Veeraraghavan, V
- Viel, S
- Vivo-Vilches, C
- Vuilleumier, J-L
- Wagenpfeil, M
- Wager, T
- Walent, M
- Wei, W
- Wichoski, U
- Wilde, S
- Wu, X
- Yan, W
- Zhao, J
2022
Link zum Volltext
Journal of instrumentation, 2018-01, Vol.13 (1), p.P01006-P01006
- Jewell, M.
- Schubert, A.
- Cen, W.R.
- Dalmasson, J.
- DeVoe, R.
- Gratta, G.
- Jamil, A.
- Li, G.
- Odian, A.
- Patel, M.
- Qiu, D.
- Albert, J.B.
- Anton, G.
- Badhrees, I.
- Beck, D.
- Belov, V.
- Bourque, F.
- Brodsky, J. P.
- Burenkov, A.
- Cao, G.F.
- Cao, L.
- Chambers, C.
- Charlebois, S.A.
- Coon, M.
- Craycraft, A.
- Cree, W.
- Côté, M.
- Daniels, T.
- Daugherty, S.J.
- Daughhetee, J.
- Delaquis, S.
- Dilling, J.
- Ding, Y.Y.
- Dolinski, M.J.
- Dragone, A.
- Fairbank, W.
- Feyzbakhsh, S.
- Fontaine, R.
- Fudenberg, D.
- Hansen, E.V.
- Harris, D.
- Hasan, M.
- Heffner, M.
- House, A.
- Ito, Y.
- Iverson, A.
- Jiang, X.S.
- Johnston, S.
- Karelin, A.
- Kaufman, L.J.
- Koffas, T.
- Kravitz, S.
- Krücken, R.
- Kuchenkov, A.
- Lan, Y.
- Li, S.
- Li, Z.
- Licciardi, C.
- Lin, Y.H.
- MacLellan, R.
- Michel, T.
- Moore, D.
- Newby, R.J.
- Ning, Z.
- Njoya, O.
- Nolet, F.
- Odgers, K.
- Oriunno, M.
- Ostrovskiy, I.
- Overman, C.T.
- Ortega, G. S.
- Parent, S.
- Piepke, A.
- Pratte, J.-F.
- Radeka, V.
- Raguzin, E.
- Rao, T.
- Retiere, F.
- Rossignol, T.
- Rowson, P.C.
- Saldanha, R.
- Sangiorgio, S.
- Schmidt, S.
- Schneider, J.
- Sinclair, D.
- Skarpaas, K.
- Stekhanov, V.
- Stiegler, T.
- Tarka, M.
- Tsang, T.
- Visser, G.
- Wrede, G.
- Wu, S.X.
- Wu, W.H.
- Yang, L.
- Yen, Y.-R.
- Zeldovich, O.
- Zhao, J.
- Zhou, Y.
- Ziegler, T.
2018
Link zum Volltext
Journal of instrumentation, 2019-09, Vol.14 (9), p.P09020-P09020
- Li, Z.
- Moore, D.C.
- Wen, L.J.
- Odian, A.
- Kharusi, S. Al
- Anton, G.
- Arnquist, I.J.
- Bhatta, T.
- Brown, E.
- Brunner, T.
- Cao, G.F.
- Chambers, C.
- Charlebois, S.A.
- Cleveland, B.
- Coon, M.
- Craycraft, A.
- Dalmasson, J.
- Daniels, T.
- Darroch, L.
- Daugherty, S.J.
- Mesrobian-Kabakian, A. Der
- DeVoe, R.
- Vacri, M.L. Di
- Dilling, J.
- Ding, Y.Y.
- Elbeltagi, M.
- Fairbank, D.
- Fairbank, W.
- Farine, J.
- Ferrara, S.
- Fontaine, R.
- Gautam, P.
- Giacomini, G.
- Goeldi, D.
- Hansen, E.V.
- Heffner, M.
- Hößl, J.
- Hughes, M.
- Iverson, A.
- Jamil, A.
- Jewell, M.J.
- Jiang, X.S.
- Karelin, A.
- Kaufman, L.J.
- Kodroff, D.
- Koffas, T.
- Krücken, R.
- Lan, Y.
- Larson, A.
- Leach, K.G.
- Lenardo, B.G.
- Leonard, D.S.
- Li, G.
- Li, S.
- Licciardi, C.
- Lv, P.
- MacLellan, R.
- Michel, T.
- Mong, B.
- Nakarmi, P.
- Natzke, C.R.
- Newby, R.J.
- Ning, Z.
- Nolet, F.
- Oriunno, M.
- Orrell, J.L.
- Ortega, G.S.
- Ostrovskiy, I.
- Raguzin, E.
- Retière, F.
- Rossignol, T.
- Rowson, P.C.
- Runge, J.
- Saldanha, R.
- VIII, K. Skarpaas
- Soma, A.K.
- St-Hilaire, G.
- Stiegler, T.
- Sun, X.L.
- Tarka, M.
- Todd, J.
- Tolba, T.
- Totev, T.I.
- Tsang, T.
- Vachon, F.
- Veeraraghavan, V.
- Viel, S.
- Visser, G.
- Vivo-Vilches, C.
- Vuilleumier, J.-L.
- Wagenpfeil, M.
- Walent, M.
- Ward, M.
- Watkins, J.
- Weber, M.
- Wu, S.X.
- Wu, X.
- Yang, H.
- Yen, Y.-R.
- Zhao, J.
2019
Link zum Volltext
Journal of instrumentation, 2018-09, Vol.13 (9), p.T09006-T09006
- Tolba, T.
- Lv, P.
- Wen, L.J.
- Odian, A.
- Vachon, F.
- Arnquist, I.J.
- Belov, V.
- Bhatta, T.
- Bourque, F.
- Brodsky, J. P.
- Brunner, T.
- Cen, W.R.
- Chambers, C.
- Charlebois, S.A.
- Cleveland, B.
- Coon, M.
- Craycraft, A.
- Cree, W.
- Dalmasson, J.
- Daniels, T.
- Daughhetee, J.
- Mesrobian-Kabakian, A. Der
- DeVoe, R.
- Ding, Y.Y.
- Dolinski, M.J.
- Dragone, A.
- Echevers, J.
- Fairbank, D.
- Fairbank, W.
- Farine, J.
- Feyzbakhsh, S.
- Fierlinger, P.
- Fontaine, R.
- Fudenberg, D.
- Giacomini, G.
- Gornea, R.
- Gratta, G.
- Hansen, E.V.
- Harris, D.
- Hoppe, E. W.
- Hößl, J.
- House, A.
- Hufschmidt, P.
- Ito, Y.
- Iverson, A.
- Jamil, A.
- Jessiman, C.
- Karelin, A.
- Kaufman, L.J.
- Kravitz, S.
- Krücken, R.
- Kuchenkov, A.
- Kumar, K.S.
- Lan, Y.
- Li, S.
- Li, Z.
- Licciardi, C.
- Lin, Y.H.
- MacLellan, R.
- Michel, T.
- Moe, M.
- Mong, B.
- Murray, K.
- Ning, Z.
- Njoya, O.
- Nolet, F.
- Nusair, O.
- Odgers, K.
- Oriunno, M.
- Orrell, J.L.
- Ostrovskiy, I.
- Parent, S.
- Piepke, A.
- Pocar, A.
- Pratte, J.-F.
- Qiu, D.
- Radeka, V.
- Raguzin, E.
- Rescia, S.
- Robinson, A.
- Roy, N.
- Saldanha, R.
- Sangiorgio, S.
- Sinclair, D.
- VIII, K. Skarpaas
- Soma, A.K.
- St-Hilaire, G.
- Stekhanov, V.
- Stiegler, T.
- Tarka, M.
- Todd, J.
- Tsang, R.
- Tsang, T.
- Veenstra, B.
- Visser, G.
- Wang, Q.
- Watkins, J.
- Wu, S.X.
- Yen, Y.-R.
- Zhou, Y.
2018
Link zum Volltext
Minerva stomatologica, 2014-06, Vol.63 (6), p.229
2014
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2023 IEEE Nuclear Science Symposium, Medical Imaging Conference and International Symposium on Room-Temperature Semiconductor Detectors (NSS MIC RTSD), 2023, p.1-1
2023
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Minerva stomatologica, 2014-11, Vol.63 (11-12), p.403
2014
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Minerva stomatologica, 2014-05, Vol.63 (5), p.167
2014
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PloS one, 2015-06, Vol.10 (6), p.e0129030-e0129030
2015
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Geochemistry, geophysics, geosystems : G3, 2006-11, Vol.7 (11), p.Q11007-n/a
2006
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Aquatic botany, 2016-11, Vol.135, p.18-36
2016
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Science (American Association for the Advancement of Science), 2004-01, Vol.303 (5656), p.338-343
2004
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PloS one, 2016-02, Vol.11 (2), p.e0147340-e0147340
2016
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How superdiffusion gets arrested: ecological encounters explain shift from Lévy to Brownian movement
2014
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Proceedings of the Royal Society. B, Biological sciences, 2015-05, Vol.282 (1807), p.20150424
2015
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Euro surveillance : bulletin européen sur les maladies transmissibles, 2015-03, Vol.20 (12), p.1
2015
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Geophysical journal international, 2007-07, Vol.170 (1), p.359-370
2007
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Journal of Geophysical Research, 2006-04, Vol.111 (B4), p.B04304-n/a
2006
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Endangered species research, 2024-06, Vol.54, p.191-217
2024
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