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1. Recent direct reaction experimental studies with radioactive tin beams

Author

Jones, K. L., Ahn, S., Allmond, J. M., Ayres, A., Bardayan, D. W., Baugher, T., Bazin, D., Berryman, J. S., Bey, A., Bingham, C., Cartegni, L., Cerizza, G., Chae, K. Y., Cizewski, J. A., Gade, A., Galindo-Uribarri, A., Garcia-Ruiz, R. F., Grzywacz, R., Howard, M. E., Kozub, R. L., Liang, J. F., Manning, B., Matos, M., McDaniel, S., Miller, D., Nesaraja, C. D., O'Malley, P. D., Padgett, S., Padilla-Rodal, E., Pain, S. D., Pittman, S. T., Radford, D. C., Ratkiewicz, A., Schmitt, K. T., Shore, A., Smith, M. S., Stracener, D. W., Stroberg, S. R., Tostevin, J., Varner, R. L., Weisshaar, D., Wimmer, K., and Winkler, R.

Subjects
Nuclear Experiment
Abstract

Direct reaction techniques are powerful tools to study the single-particle nature of nuclei. Performing direct reactions on short-lived nuclei requires radioactive ion beams produced either via fragmentation or the Isotope Separation OnLine (ISOL) method. Some of the most interesting regions to study with direct reactions are close to the magic numbers where changes in shell structure can be tracked. These changes can impact the final abundances of explosive nucleosynthesis. The structure of the chain of tin isotopes is strongly influenced by the Z=50 proton shell closure, as well as the neutron shell closures lying in the neutron-rich, N=82, and neutron-deficient, N=50, regions. Here we present two examples of direct reactions on exotic tin isotopes. The first uses a one-neutron transfer reaction and a low-energy reaccelerated ISOL beam to study states in 131Sn from across the N=82 shell closure. The second example utilizes a one-neutron knockout reaction on fragmentation beams of neutron-deficient 106,108Sn. In both cases, measurements of gamma rays in coincidence with charged particles proved to be invaluable., Comment: 11 pages, 5 figures, Zakopane Conference on Nuclear Physics "Extremes of the Nuclear Landscape", Zakopane, Poland, August 31 - September 7, 2014

Published
2015
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2. β decay of neutron-rich Cu76 and the structure of Zn76

Author

Silwal, U., primary, Winger, J. A., additional, Ilyushkin, S. V., additional, Rykaczewski, K. P., additional, Gross, C. J., additional, Batchelder, J. C., additional, Cartegni, L., additional, Darby, I. G., additional, Grzywacz, R., additional, Korgul, A., additional, Królas, W., additional, Liddick, S. N., additional, Mazzocchi, C., additional, Mendez, A. J., additional, Padgett, S., additional, Rajabali, M. M., additional, Siwakoti, D. P., additional, Shapira, D., additional, Stracener, D. W., additional, and Zganjar, E. F., additional

Published
2022
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3. First Results from the Modular Total Absorption Spectrometer at the HRIBF

Author

Fijałkowska, A., Karny, M., Rykaczewski, K.P., Wolińska-Cichocka, M., Grzywacz, R., Gross, C.J., Johnson, J.W., Rasco, B.C., Zganjar, E.F., Stracener, D.W., Jost, C., Goetz, K.C., Goans, R., Spejewski, E., Cartegni, L., Madurga, M., Miernik, K., Miller, D., Padgett, S.W., Paulauskas, S.V., Al-Shudifat, M., Hamilton, J.H., and Ramayya, A.V.

Published
2014
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4. Updated β -decay measurement of neutron-rich Cu74

Author

Tracy, J. L., primary, Winger, J. A., additional, Rasco, B. C., additional, Silwal, U., additional, Siwakoti, D. P., additional, Rykaczewski, K. P., additional, Grzywacz, R., additional, Batchelder, J. C., additional, Bingham, C. R., additional, Brewer, N. T., additional, Cartegni, L., additional, Ciemny, A. A., additional, Fijałkowska, A., additional, Gross, C. J., additional, Jost, C., additional, Karny, M., additional, Kolos, K., additional, Korgul, A., additional, Królas, W., additional, Liu, Y., additional, Madurga, M., additional, Mazzocchi, C., additional, Mendez, A. J., additional, Miernik, K., additional, Miller, D., additional, Padgett, S., additional, Paulauskas, S. V., additional, Stracener, D. W., additional, Wolińska-Cichocka, M., additional, Rajabali, M. M., additional, and Zganjar, E. F., additional

Published
2018
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5. Erratum: Analogous intruder behavior near Ni, Sn, and Pb isotopes [Phys. Rev. C 92 , 024319 (2015)]

Author

Liddick, S. N., primary, Walters, W. B., additional, Chiara, C. J., additional, Janssens, R. V. F., additional, Abromeit, B., additional, Ayres, A., additional, Bey, A., additional, Bingham, C. R., additional, Carpenter, M. P., additional, Cartegni, L., additional, Chen, J., additional, Crawford, H. L., additional, Darby, I. G., additional, Grzywacz, R., additional, Harker, J., additional, Hoffman, C. R., additional, Ilyushkin, S., additional, Kondev, F. G., additional, Larson, N., additional, Madurga, M., additional, Miller, D., additional, Padgett, S., additional, Paulauskas, S. V., additional, Rajabali, M. M., additional, Rykaczewski, K., additional, Seweryniak, D., additional, Suchyta, S., additional, and Zhu, S., additional

Published
2016
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6. Analogous intruder behavior near Ni, Sn, and Pb isotopes

Author

Cartegni, L., Seweryniak, D., Abromeit, B., Grzywacz, R., Ilyushkin, S., Chiara, C.J., Suchyta, S., Ayres, A., Madurga, M., Janssens, R.V.F., Rajabali, M.M., Carpenter, M.P., Miller, D., Paulauskas, S.V., Harker, J., Chen, J., Kondev, F.G., Liddick, S.N., Larson, N., Bingham, C.R., Crawford, H.L., Bey, A., Padgett, S., Zhu, S., Darby, I.G., Hoffman, C.R., Rykaczewski, K., and Walters, W.B.

Abstract

Near shell closures, the presence of unexpected states at low energies provides a critical test of our understanding of the atomic nucleus. New measurements for the N=42 isotones Co2769 and Cu2971, along with recent data and calculations in the Ni isotopes, establish a full set of complementary, deformed, intruder states astride the closed-shell Ni28 isotopes. Nuclei with a one-proton hole or one-proton particle adjacent to Z=28 were populated in β-decay experiments and in multinucleon transfer reactions. A β-decaying isomer, with a 750(250)-ms half-life, has been identified in Co422769. It likely has low spin and accompanies the previously established 7/2- state. Complementary data for the levels of isotonic Cu422971 support the presence of a deformed, ΔJ=1 band built on the proton intruder 7/2- level at 981 keV. These data, together with recent studies of lower-mass Co and Cu isotopes and extensive work near Ni68, support the view that intruder states based on particle-hole excitations accompany all closed proton shells with Z≥28.

Published
2015
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7. Performance of timing resistive plate chambers with relativistic neutrons from 300 to 1500MeV

Author

Blanco, A., Adamczewski-Musch, J., Boretzky, K., Cabanelas, P., Cartegni, L., Ferreira Marques, R., Fonte, P., Fruehauf, J., Galaviz, D., Heil, M., Henriques, A., Ickert, G., Körper, D., Lopes, L., Palka, M., Pereira, A., Rossi, D., Simon, H., Teubig, P., Traxler, M., Velho, P., Altstadt, S., Atar, L., Aumann, T., Bemmerer, D., Caesar, C., Charpy, A., Elekes, Z., Fiori, E., Gasparic, I., Gerbig, J., Göbel, K., Heftrich, T., Heine, M., Heinz, A., Holl, M., Ignatov, A., Isaak, J., Johansson, H., Kelic-Heil, A., Lederer, C., Lindberg, S., Löher, B., Machado, J., Marganiec, J., Martensson, M., Nilsson, T., Panin, V., Paschalis, S., Petri, M., Plag, R., Pohl, M., Rastrepina, G., Reifarth, R., Reinhardt, T. P., Röder, M., Savran, D., Scheit, H., Schrock, P., Silva, J., Stach, D., Strannerdahl, F., Thies, R., Wagner, A., and Weigand, F. W. M.

Subjects
Resistive-plate chambers, Instrumentation and methods for time-of-flight (TOF) spectroscopy, Particle detectors, Neutron detectors (cold, thermal, fast neutrons)
Abstract

A prototype composed of four resistive plate chamber layers has been exposed to quasi-monoenergetic neutrons produced from a deuteron beam of varying energy (300 to 1500 AMeV) in experiment S406 at GSI, Darmstad, Germany. Each layer, with an active area of about 2000 × 500 mm2, is made of modules containing the active gaps, all in multigap construction. Each gap is defined by 0.3 mm nylon mono-filaments positioned between 2.85 mm thick float glass electrodes. The modules are operated in avalanche mode with a non-flammable gas mixture composed of 90% C2H2F4 and 10% SF6. The signals are readout by a pick-up electrode formed by 15 copper strips (per layer), spaced at a pitch of 30 mm, connected at both sides to timing front end electronics. Measurements of the time of flight jitter of neutrons, in the mentioned energy range, point to a contribution of the resistive plate chamber in the order of 150 ps, independent of the neutron energy.

Published
2015

8. NeuLAND - from prototypes to double-planes

Author

Boretzky, K., Agrawal, B., Bemmerer, D., Sonnabend, K., Stach, D., Stan, E., Tengblad, O., Teubig, P., Thies, R., Uvarov, L. N., Velho, P., Vikhrov, V. V., Volkov, S. S., Bendel, M., Volkov, V., Wagner, A., Wamers, F., Weigand, M., Winkel, M., Wüstenfeld, J., Yakorev, D., Zhdanov, A. A., Zilges, A., Zuber, K., Bertini, D., Bhattacharya, P., Bhattacharya, S., Blanco, A., Bonilla, J., Caesar, C., Cartegni, L., Chakraborty, S., Alkhazov, G. D., Charpy, A., Chatterjee, S., Cherciu, M., Chulkov, L., Ciobanu, M., Cowan, T., Datta Pramanik, U., Dentinger, G., Elekes, Z., Fetisov, A. A., Altstadt, S., Fiori, E., Fonte, P., Galaviz, D., Gasparic, I., Gerbig, J., Gernhäuser, R., Göbel, K., Golotsov, V. L., Haiduc, M., Heftrich, T., Alvarez Pol, H., Hehner, J., Heil, M., Heine, M., Heinz, A., Henriques, A., Holl, M., Ignatov, A., Ickert, G., Isaak, J., Ivanov, E. A., Andreev, V. A., Jährling, S., Johansen, J., Johansson, H., Kahlbow, J., Kelic-Heil, A., Kiselev, O., Kissel, R., Kobayashi, K., Körper, D., Kresan, D., Atar, L., Krivshich, A. G., Kumar Das, P., LeBleis, T., Lederer, C., Leifels, Y., Lindberg, S., Lopes, L., Löher, B., Machado, J., Marganiec, J., Aumann, T., Netterdon, L., Nilsson, T., Panin, V., Panja, J., Paschalis, S., Perea, A., Pickstone, S. G., Pietras, B., Plag, R., Pohl, M., Babic, V., Potlog, M., Rahaman, A., Rastrepina, G., Ray, A., Reifarth, R., Reinhardt, T., Ribeiro, G., Röder, M., Rossi, D., Sanchez del Rio, J., Basu, P., Sauerwein, A., Savran, D., Scheit, H., Schindler, F., Schmidt, S., Schrock, P., Silva, J., Simon, H., Sinha, T., and Sobiella, M.

Subjects
010308 nuclear & particles physics, Physics::Instrumentation and Detectors, Physics, 0103 physical sciences, 010306 general physics, 7. Clean energy, 01 natural sciences
Abstract

During 2013 the NeuLAND (new Large-Area Neutron Detector) project passed the important step from prototype tests to series production. Being one of the key instruments of the R3B experiment [1] the NeuLAND demonstrator will be utilized in the 2014 beam times together with demonstrators of other major R3B components. NeuLAND is a highly granular detector composed of 3000 scintillator bars with a total volume of 250x250x300 cm3. It enables the detection of fast neutrons with high efficiency, high time and spatial resolution and a high resolving power for multi-neutron events [2]. Despite the compact cubical arrangement of the NeuLAND components, the detector is built up from individual subgroups with an independent functionality, the so-called NeuLAND double-planes. This modular design facilitates maintenance and it allows upon experimental needs to split the detector in subdetectors being located at different positions with respect to the target area.

Published
2014

9. Measurements of coherent structures and transport in the full cross section of a magnetized plasma

Author

Fredriksen, A, Riccardi, C, Cartegni, L, Cartegni, L., RICCARDI, CLAUDIA, Fredriksen, A, Riccardi, C, Cartegni, L, Cartegni, L., and RICCARDI, CLAUDIA

Abstract

A systematic analysis of electrostatic fluctuations and of the transport has been performed in the full cross section of the simple magnetized torus BLAAMANN applying the. conditional sampling method in order to discriminate the coherent structures from the turbulent background. The analysis was carried out considering also the contribution of the electron temperature fluctuations. (C) 2003 American institute of Physics.

Published
2003

10. β-decay study ofKr94

Author

Miernik, K., primary, Rykaczewski, K. P., additional, Grzywacz, R., additional, Gross, C. J., additional, Madurga, M., additional, Miller, D., additional, Stracener, D. W., additional, Batchelder, J. C., additional, Brewer, N. T., additional, Cartegni, L., additional, Fijałkowska, A., additional, Karny, M., additional, Korgul, A., additional, Królas, W., additional, Mazzocchi, C., additional, Mendez II, A. J., additional, Padgett, S. W., additional, Paulauskas, S. V., additional, Winger, J. A., additional, Wolińska-Cichocka, M., additional, and Zganjar, E. F., additional

Published
2016
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11. Publisher's Note: Reexamining Gamow-Teller decays nearNi78[Phys. Rev. C93, 044325 (2016)]

Author

Alshudifat, M. F., primary, Grzywacz, R., additional, Madurga, M., additional, Gross, C. J., additional, Rykaczewski, K. P., additional, Batchelder, J. C., additional, Bingham, C., additional, Borzov, I. N., additional, Brewer, N. T., additional, Cartegni, L., additional, Fijałkowska, A., additional, Hamilton, J. H., additional, Hwang, J. K., additional, Ilyushkin, S. V., additional, Jost, C., additional, Karny, M., additional, Korgul, A., additional, Królas, W., additional, Liu, S. H., additional, Mazzocchi, C., additional, Mendez, A. J., additional, Miernik, K., additional, Miller, D., additional, Padgett, S. W., additional, Paulauskas, S. V., additional, Ramayya, A. V., additional, Stracener, D. W., additional, Surman, R., additional, Winger, J. A., additional, Wolińska-Cichocka, M., additional, and Zganjar, E. F., additional

Published
2016
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12. Reexamining Gamow-Teller decays nearNi78

Author

Alshudifat, M. F., primary, Grzywacz, R., additional, Madurga, M., additional, Gross, C. J., additional, Rykaczewski, K. P., additional, Batchelder, J. C., additional, Bingham, C., additional, Borzov, I. N., additional, Brewer, N. T., additional, Cartegni, L., additional, Fijałkowska, A., additional, Hamilton, J. H., additional, Hwang, J. K., additional, Ilyushkin, S. V., additional, Jost, C., additional, Karny, M., additional, Korgul, A., additional, Królas, W., additional, Liu, S. H., additional, Mazzocchi, C., additional, Mendez, A. J., additional, Miernik, K., additional, Miller, D., additional, Padgett, S. W., additional, Paulauskas, S. V., additional, Ramayya, A. V., additional, Stracener, D. W., additional, Surman, R., additional, Winger, J. A., additional, Wolińska-Cichocka, M., additional, and Zganjar, E. F., additional

Published
2016
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13. Structure ofSn107studied through single-neutron knockout reactions

Author

Cerizza, G., primary, Ayres, A., additional, Jones, K. L., additional, Grzywacz, R., additional, Bey, A., additional, Bingham, C., additional, Cartegni, L., additional, Miller, D., additional, Padgett, S., additional, Baugher, T., additional, Bazin, D., additional, Berryman, J. S., additional, Gade, A., additional, McDaniel, S., additional, Ratkiewicz, A., additional, Shore, A., additional, Stroberg, S. R., additional, Weisshaar, D., additional, Wimmer, K., additional, Winkler, R., additional, Pain, S. D., additional, Chae, K. Y., additional, Cizewski, J. A., additional, Howard, M. E., additional, and Tostevin, J. A., additional

Published
2016
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14. Performance of timing Resistive Plate Chambers with protons from 200 to 800 MeV

Author

Machado, J., Adamczewski-Musch, J., Blanco, A., Boretzky, K., Cabanelas, P., Cartegni, L., Ferreira Marques, R., Fonte, P., Fruehauf, J., Galaviz, D., Heil, M., Henriques, A., Ickert, G., Körper, D., Lopes, L., Palka, M., Pereira, A., Rossi, D., Simon, H., Teubig, P., Traxler, M., Velho, P., Altstadt, S., Atar, L., Aumann, T., Bemmerer, D., Caesar, C., Charpy, A., Elekes, Z., Fiori, E., Gasparic, I., Gerbig, J., Göbel, K., Heftrich, T., Heine, M., Heinz, A., Holl, M., Ignatov, A., Isaak, J., Johansson, H., Kelic-Heil, A., Lederer, C., Lindberg, S., Löher, B., Marganiec, J., Martensson, M., Nilsson, T., Panin, V., Paschalis, S., Petri, M., Plag, R., Pohl, M., Rastrepina, G., Reifarth, R., Reinhardt, T. P., Röder, M., Savran, D., Scheit, H., Schrock, P., Silva, J., Stach, D., Strannerdahl, F., Thies, R., Wagner, A., Wamers, F., Weigand, M., Machado, J., Adamczewski-Musch, J., Blanco, A., Boretzky, K., Cabanelas, P., Cartegni, L., Ferreira Marques, R., Fonte, P., Fruehauf, J., Galaviz, D., Heil, M., Henriques, A., Ickert, G., Körper, D., Lopes, L., Palka, M., Pereira, A., Rossi, D., Simon, H., Teubig, P., Traxler, M., Velho, P., Altstadt, S., Atar, L., Aumann, T., Bemmerer, D., Caesar, C., Charpy, A., Elekes, Z., Fiori, E., Gasparic, I., Gerbig, J., Göbel, K., Heftrich, T., Heine, M., Heinz, A., Holl, M., Ignatov, A., Isaak, J., Johansson, H., Kelic-Heil, A., Lederer, C., Lindberg, S., Löher, B., Marganiec, J., Martensson, M., Nilsson, T., Panin, V., Paschalis, S., Petri, M., Plag, R., Pohl, M., Rastrepina, G., Reifarth, R., Reinhardt, T. P., Röder, M., Savran, D., Scheit, H., Schrock, P., Silva, J., Stach, D., Strannerdahl, F., Thies, R., Wagner, A., Wamers, F., and Weigand, M.

Abstract

A prototype composed of four resistive plate chamber layers has been exposed to quasi-monoenergetic protons produced from a deuteron beam of varying energy (200 to 800 AMeV) in experiment S406 at GSI, Darmstadt, Germany. The aim of the experiment is to characterize the response of the prototype to protons in this energy range, which deposit from 1.75 to 6 times more energy than minimum ionizing particles. Each layer, with an active area of about 2000 × 500 mm2, is made of modules containing the active gaps, all in multigap construction. Each gap is defined by 0.3 mm nylon mono-filaments positioned between 2.85 mm thick float glass electrodes. The modules are operated in avalanche mode with a non-flammable gas mixture composed of 90% C2H2F4 and 10% SF6. The signals are readout by a pick-up electrode formed by 15 copper strips (per layer), spaced at a pitch of 30 mm, connected at both sides to timing front end electronics. Results show an uniform efficiency close to 100% along with a timing resolution of around 60 ps on the entire 2000 × 500 mm2 area.

Published
2015

16. Low-energy level schemes of 66,68Fe and inferred proton and neutron excitations across Z = 28 and N = 40

Author

Liddick, SN, Abromeit, B, Ayres, A, Bey, A, Bingham, CR, Brown, BA, Cartegni, L, Crawford, HL, Darby, IG, Grzywacz, R, Ilyushkin, S, Hjorth-Jensen, M, Larson, N, Madurga, M, Miller, D, Padgett, S, Paulauskas, SV, Rajabali, Mustafa, Rykaczewski, K, and Suchyta, S

Abstract

Background: The nuclei in the region around 68Ni display an apparent rapid development of collectivity as protons are removed from the f7/2 single-particle state along the N = 40 isotonic chain. Proton and neutron excitations across the Z = 28 and N = 40 gaps are observed in odd-A 27Co and 26Fe isotopes. Little spectroscopic information beyond the excited 2+ and 4+ is available in the even-even (66,68)26Fe nuclei to compare with shell model calculations. Purpose: Our goal is to determine the low-energy level schemes of 66,68Fe and compare the observed excitations with shell model calculations to identify states wherein a contribution from excitations across Z = 28 and N = 40 are present. Method: The low-energy states of 66,68Fe were populated through the beta decay of 66,68Mn produced at the National Superconducting Cyclotron Laboratory. Beta-delayed gamma-ray transitions were detected and correlated to the respective parent isotope to construct a low-energy level scheme. Results: The low-energy level schemes of 66,68Fe were constructed from observed gamma-ray coincidences and absolute gamma-ray intensities. Tentative spin and parity assignments were assigned based on comparisons with shell model calculations and systematics. The two lowest 0+ and 2+ states were characterized in terms of the number of protons and neutrons excited across the respective shell gaps. Conclusion: The removal of two protons from 68Ni to 66Fe results in an inversion of the normal configuration and the one characterized by significant excitation across the Z = 28 and N = 40 gaps. Approximately, one proton and two neutrons are excited across their respective single-particle gaps in the ground state of 66Fe ispartof: Physical Review C, Nuclear Physics vol:87 issue:1 status: published

Published
2013

17. Construction and Test of a Large NeuLAND Prototype Array

Author

Boretzky, K., Agrawal, B., Alkhazov, G. D., Altstadt, S., Alvarez Pol, H., Andreev, V. A., Atar, L., Aumann, T., Basu, P., Bemmerer, D., Bendel, M., Bertini, D., Bhattacharya, P., Bhattacharya, S., Blanco, A., Bonilla, J., Caesar, C., Cartegni, L., Chakraborty, S., Charpy, A., Chatterjee, S., Cherciu, M., Chulkov, L., Ciobanu, M., Cowan, T., Datta Pramanik, U., Elekes, Z., Endres, J., Fetisov, A. A., Fiori, E., Fonte, P., Galaviz, D., Gasparic, I., Gerbig, J., Gernhäuser, R., Göbel, K., Golotsov, V. L., Haiduc, M., Heftrich, T., Hehner, J., Heil, M., Heine, M., Heinz, A., Hennig, A., Henriques, A., Holl, M., Ignatov, A., Ickert, G., Isaak, J., Ivanov, E. A., Jährling, S., Johansen, J., Johansson, H., Kelic-Heil, A., Kiselev, O., Körper, D., Kresan, D., Krivshich, A. G., Kumar Das, P., Lebleis, T., Lederer, C., Leifels, Y., Lindberg, S., Lopes, L., Löher, B., Machado, J., Marganiec, J., Netterdon, L., Nilsson, T., Panin, V., Panja, J., Paschalis, S., Perea, A., Pietras, B., Plag, R., Pohl, M., Potlog, M., Rahaman, A., Rastrepina, G., Ray, A., Reifarth, R., Reinhardt, T., Ribeiro, G., Röder, M., Rossi, D., Sanchez Del Rio, J., Sauerwein, A., Savran, D., Scheit, H., Schmidt, S., Schrock, P., Silva, J., Simon, H., Sinha, T., Sobiella, M., Sonnabend, K., Stach, D., Stan, E., Tengblad, O., Teubig, P., Thies, R., Uvarov, L. N., Velho, P., Vikhrov, V. V., Volkov, S. S., Volkov, V., Wagner, A., Wamers, F., Weigand, M., Winkel, M., Wüstenfeld, J., Yakorev, D., Zhdanov, A. A., Zilges, A., and Zuber, K.

Abstract

NeuLAND (new Large-Area Neutron Detector) is the next-generation neutron detector integrated into the R3B experiment, and is a key instrument for a major part of the physics program. NeuLAND features a high detection effciency, a high resolution, and a large multi-neutronhit resolving power, achieved by a highly granular design with a total of 3000 plastic scintillator bars [1]. In January 2013 the Technical Design Report [2] has been approved by FAIR, following the recommendation by the Expert Committee Experiments (ECE) at its first meeting in November 2012. Here we report about the progress of the NeuLAND project, which was dominated in 2012 by the transition from prototypes to mass production. During the previous year 200 NeuLAND modules and their readout were purchased and brought into operation.

Published
2013

18. Low-energy structure of 66Co39 and 68Co41 populated through β decay

Author

Liddick, SN, Abromeit, B, Ayres, A, Bey, A, Bingham, CR, Bolla, M, Cartegni, L, Crawford, HL, Darby, IG, Grzywacz, R, Ilyushkin, S, Larson, N, Madurga, M, Miller, D, Padgett, S, Paulauskas, S, Rajabali, Mustafa, Rykaczewski, K, and Suchyta, S

Subjects
Nuclear Experiment
Abstract

The low-energy level structures for the neutron-rich Co isotopes at N = 39 and N = 41 are constructed following the beta decay of the respective even-even Fe isotopes. Spin and parity assignments of the lowest energy populated state in 66Co and 68Co are consistent with a 1+ spin and parity assignment and attributed to the coupling of the deformed proton configurations identified in 67Co and deformed neutron configurations inferred from neighboring Fe isotones. Comparisons along the N = 39 and N = 41 isotonic chains reveal a similarity in the structures of the Co and Mn isotopes. ispartof: Physical Review C, Nuclear Physics vol:85 issue:1 pages:014328- status: published

Published
2012

19. Experimental study of the decays of 112Cs and 111Xe

Author

Cartegni, L., Mazzocchi, C., Grzywacz, R., Darby, I. G., Liddick, S. N., Rykaczewski, K. P., Batchelder, J. C., Bianco, L., Bingham, C. R., Freeman, E., Goodin, C., Gross, C. J., Guglielmetti, A., Joss, D. T., Liu, S. H., Mazzocco, Marco, Padgett, S., Page, R. D., Rajabali, M. M., Romoli, M., Sapple, P. J., Thomson, J., and Watkins, H. V.

Published
2012

21. Analogous intruder behavior near Ni, Sn, and Pb isotopes

Author

Liddick, S. N., primary, Walters, W. B., additional, Chiara, C. J., additional, Janssens, R. V. F., additional, Abromeit, B., additional, Ayres, A., additional, Bey, A., additional, Bingham, C. R., additional, Carpenter, M. P., additional, Cartegni, L., additional, Chen, J., additional, Crawford, H. L., additional, Darby, I. G., additional, Grzywacz, R., additional, Harker, J., additional, Hoffman, C. R., additional, Ilyushkin, S., additional, Kondev, F. G., additional, Larson, N., additional, Madurga, M., additional, Miller, D., additional, Padgett, S., additional, Paulauskas, S. V., additional, Rajabali, M. M., additional, Rykaczewski, K., additional, Seweryniak, D., additional, Suchyta, S., additional, and Zhu, S., additional

Published
2015
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22. Performance of timing resistive plate chambers with relativistic neutrons from 300 to 1500 MeV

Author

Blanco, A., primary, Adamczewski-Musch, J., additional, Boretzky, K., additional, Cabanelas, P., additional, Cartegni, L., additional, Marques, R. Ferreira, additional, Fonte, P., additional, Fruehauf, J., additional, Galaviz, D., additional, Heil, M., additional, Henriques, A., additional, Ickert, G., additional, Körper, D., additional, Lopes, L., additional, Palka, M., additional, Pereira, A., additional, Rossi, D., additional, Simon, H., additional, Teubig, P., additional, Traxler, M., additional, Velho, P., additional, Altstadt, S., additional, Atar, L., additional, Aumann, T., additional, Bemmerer, D., additional, Caesar, C., additional, Charpy, A., additional, Elekes, Z., additional, Fiori, E., additional, Gasparic, I., additional, Gerbig, J., additional, Göbel, K., additional, Heftrich, T., additional, Heine, M., additional, Heinz, A., additional, Holl, M., additional, Ignatov, A., additional, Isaak, J., additional, Johansson, H., additional, Kelic-Heil, A., additional, Lederer, C., additional, Lindberg, S., additional, Löher, B., additional, Machado, J., additional, Marganiec, J., additional, Martensson, M., additional, Nilsson, T., additional, Panin, V., additional, Paschalis, S., additional, Petri, M., additional, Plag, R., additional, Pohl, M., additional, Rastrepina, G., additional, Reifarth, R., additional, Reinhardt, T. P., additional, Röder, M., additional, Savran, D., additional, Scheit, H., additional, Schrock, P., additional, Silva, J., additional, Stach, D., additional, Strannerdahl, F., additional, Thies, R., additional, Wagner, A., additional, Wamers, F., additional, and Weigand, M., additional

Published
2015
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23. Performance of timing Resistive Plate Chambers with protons from 200 to 800 MeV

Author

Machado, J., primary, Adamczewski-Musch, J., additional, Blanco, A., additional, Boretzky, K., additional, Cabanelas, P., additional, Cartegni, L., additional, Marques, R. Ferreira, additional, Fonte, P., additional, Fruehauf, J., additional, Galaviz, D., additional, Heil, M., additional, Henriques, A., additional, .Ickert, G, additional, Körper, D., additional, Lopes, L., additional, Palka, M., additional, Pereira, A., additional, Rossi, D., additional, Simon, H., additional, Teubig, P., additional, Traxler, M., additional, Velho, P., additional, Altstadt, S., additional, Atar, L., additional, Aumann, T., additional, Bemmerer, D., additional, Caesar, C., additional, Charpy, A., additional, Elekes, Z., additional, Fiori, E., additional, Gasparic, I., additional, Gerbig, J., additional, Göbel, K., additional, Heftrich, T., additional, Heine, M., additional, Heinz, A., additional, Holl, M., additional, Ignatov, A., additional, Isaak, J., additional, Johansson, H., additional, Kelic-Heil, A., additional, Lederer, C., additional, Lindberg, S., additional, Löher, B., additional, Marganiec, J., additional, Martensson, M., additional, Nilsson, T., additional, Panin, V., additional, Paschalis, S., additional, Petri, M., additional, Plag, R., additional, Pohl, M., additional, Rastrepina, G., additional, Reifarth, R., additional, Reinhardt, T.P., additional, Röder, M., additional, Savran, D., additional, Scheit, H., additional, Schrock, P., additional, Silva, J., additional, Stach, D., additional, Strannerdahl, F., additional, Thies, R., additional, Wagner, A., additional, Wamers, F., additional, and Weigand, M., additional

Published
2015
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24. Recent Direct Reaction Experimental Studies with Radioactive Tin Beams

Author

Jones, K.L., primary, Ahn, S., additional, Allmond, J.M., additional, Ayres, A., additional, Bardayan, D.W., additional, Baugher, T., additional, Bazin, D., additional, Berryman, J.S., additional, Bey, A., additional, Bingham, C., additional, Cartegni, L., additional, Cerizza, G., additional, Chae, K.Y., additional, Cizewski, J.A., additional, Gade, A., additional, Galindo-Uribarri, A., additional, Garcia-Ruiz, R.F., additional, Grzywacz, R., additional, Howard, M.E., additional, Kozub, R.L., additional, Liang, J.F., additional, Manning, B., additional, Matoš, M., additional, McDaniel, S., additional, Miller, D., additional, Nesaraja, C.D., additional, O'Malley, P.D., additional, Padgett, S., additional, Padilla-Rodal, E., additional, Pain, S.D., additional, Pittman, S.T., additional, Radford, D.C., additional, Ratkiewicz, A., additional, Schmitt, K.T., additional, Shore, A., additional, Smith, M.S., additional, Stracener, D.W., additional, Stroberg, S.R., additional, Tostevin, J., additional, Varner, R.L., additional, Weisshaar, D., additional, Wimmer, K., additional, and Winkler, R., additional

Published
2015
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25. Direct reaction experimental studies with beams of radioactive tin ions

Author

Jones, K. L., primary, Ahn, S., additional, Allmond, J. M., additional, Ayres, A., additional, Bardayan, D. W., additional, Baugher, T., additional, Bazin, D., additional, Beene, J. R., additional, Berryman, J. S., additional, Bey, A., additional, Bingham, C., additional, Burcher, S., additional, Cartegni, L., additional, Cerizza, G., additional, Chae, K. Y., additional, Cizewski, J. A., additional, Gade, A., additional, Galindo-Uribarri, A., additional, Garcia-Ruiz, R. F., additional, Grzywacz, R., additional, Howard, M. E., additional, Kozub, R. L., additional, Liang, J. F., additional, Manning, B., additional, Matoš, M., additional, McDaniel, S., additional, Miller, D., additional, Nesaraja, C. D., additional, O’Malley, P. D., additional, Padgett, S., additional, Padilla-Rodal, E., additional, Pain, S. D., additional, Pittman, S. T., additional, Radford, D. C., additional, Ratkiewicz, A., additional, Schmitt, K. T., additional, Shore, A., additional, Smith, M. S., additional, Stracener, D. W., additional, Stroberg, S. R., additional, Tostevin, J., additional, Varner, R. L., additional, Weisshaar, D., additional, Wimmer, K., additional, and Winkler, R., additional

Published
2015
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26. Beta decay of the proton-f5/2 ground state of 77Cu studied with 255 MeV and 0.2 MeV purified radioactive beams

Author

Ilyushkin, SV, Winger, JA, Gross, CJ, Rykaczewski, KP, Batchelder, JC, Cartegni, L, Darby, Iain, Goodin, C, Grzywacz, R, Hamilton, JH, Korgul, A, Krolas, W, Liddick, SN, Mazzocchi, C, Padgett, S, Piechaczek, A, Rajabali, MM, Shapira, D, and Zganjar, EF

Abstract

Isobarically purified beams of 77Cu with energies of 225 and 0.2 MeV were used at the Holifield Radioactive Ion Beam Facility of Oak Ridge National Laboratory to study beta decay into states in 77Zn. Data taken at 225 MeV allowed the determination of absolute branching ratios relative to the decay of 77Cu for this beta decay as well as its daughters. From these we obtained a refined beta-delayed neutron emission probability of 30.3(22)% and a probability that the decay proceeds through 77Zn(g) of 49.1(26)%. A total of 64 gamma rays were placed in a level scheme for 77Zn containing 35 excited states including one state above the neutron separation energy, whereas two gamma rays were observed for the βn branch to states in 76Zn. The growth and decay curves of some prominent gamma rays indicate a single beta-decaying state with a half-life of 480(9) ms. The decay pattern for 77Cu, with observed feeding of 8(3)% to 7/2+ 77Zn(g) and 6(3)% to 1/2− 77Zn(m), in contrast to the large feeding observed for decay of proton-p3/2 73Cu(g) to 1/2− 73Zn(g), strongly suggests a proton-f5/2 ground state for the studied 77Cu activity. ispartof: Physical Review C, Nuclear Physics vol:80 issue:5 status: published

Published
2009

28. A Heroin Addiction Severity-Associated Intronic Single Nucleotide Polymorphism Modulates Alternative Pre-mRNA Splicing of the Opioid Receptor Gene OPRM1 via hnRNPH Interactions

Author

Xu, J., primary, Lu, Z., additional, Xu, M., additional, Pan, L., additional, Deng, Y., additional, Xie, X., additional, Liu, H., additional, Ding, S., additional, Hurd, Y. L., additional, Pasternak, G. W., additional, Klein, R. J., additional, Cartegni, L., additional, Zhou, W., additional, and Pan, Y.-X., additional

Published
2014
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29. First Results from the Modular Total Absorption Spectrometer at the HRIBF

Author

Fijałkowska, A., primary, Karny, M., additional, Rykaczewski, K.P., additional, Wolińska-Cichocka, M., additional, Grzywacz, R., additional, Gross, C.J., additional, Johnson, J.W., additional, Rasco, B.C., additional, Zganjar, E.F., additional, Stracener, D.W., additional, Cartegni, L., additional, Goetz, K.C., additional, Goans, R., additional, Jost, C., additional, Madurga, M., additional, Miernik, K., additional, Miller, D., additional, Padgett, S.W., additional, Paulauskas, S.V., additional, Al-Shudifat, M., additional, Spejewski, E., additional, Hamilton, J.H., additional, and Ramayya, A.V., additional

Published
2014
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30. Structure of C-16: Testing shell model and ab initio approaches

Author

Petri, M., Paschalis, S., Clark, R. M., Fallon, P., Macchiavelli, A. O., Starosta, K., Baugher, T., Bazin, D., Cartegni, L., Crawford, H. L., Cromaz, M., Pramanik, U. Datta, de Angelis, G., Dewald, A., Gade, A., Grinyer, G. F., Gros, S., Hackstein, M., Jeppesen, H. B., Lee, I. Y., McDaniel, S., Miller, D., Rajabali, M. M., Ratkiewicz, A., Rother, W., Voss, P., Walsh, K. A., Weisshaar, D., Wiedeking, M., Brown, B. A., Forssen, C., Navratil, P., Roth, R., Petri, M., Paschalis, S., Clark, R. M., Fallon, P., Macchiavelli, A. O., Starosta, K., Baugher, T., Bazin, D., Cartegni, L., Crawford, H. L., Cromaz, M., Pramanik, U. Datta, de Angelis, G., Dewald, A., Gade, A., Grinyer, G. F., Gros, S., Hackstein, M., Jeppesen, H. B., Lee, I. Y., McDaniel, S., Miller, D., Rajabali, M. M., Ratkiewicz, A., Rother, W., Voss, P., Walsh, K. A., Weisshaar, D., Wiedeking, M., Brown, B. A., Forssen, C., Navratil, P., and Roth, R.

Abstract

Excited states in C-16 were populated via the Be-9(N-17,C-16+gamma)X one-proton knockout reaction. The lifetime of the 2(1)(+) state in C-16 was measured using the recoil distance method. The extracted lifetime of tau(+)(21) = 11.4(-0.9)(+0.8)(stat) +/- 0.7(syst(B rho))(-1.5)(+0.0)(syst(feeding)) ps yields a deduced B(E2;2(1)(+) -> 0(1)(+)) = 4.21(-0.26)(+0.34)(stat)(-0.24)(+0.28)(syst(B rho))(-0.00)(+0.64)(syst(feeding)) e(2)fm(4) value in good agreement with a previous measurement. The one-proton knockout cross section is used to extract the proton amplitude of the C-16 2(1)(+) state, which confirms the neutron dominant character of this state. Gamma-ray branching ratios between the 2(2)(+) state and the 2(1)(+) and ground states were also determined. The results are compared with p-sd shell model and no-core shell model (with NN and NN + NNN) calculations. The inclusion of three-body forces are essential in order for the no-core shell model calculations to reproduce the experimental findings on the gamma-ray branching ratios.

Published
2012

31. Experimental study of theβ-γandβ-nγdecay of the neutron-rich nucleus85Ga

Author

Korgul, A., primary, Rykaczewski, K. P., additional, Grzywacz, R., additional, Śliwińska, H., additional, Batchelder, J. C., additional, Bingham, C., additional, Borzov, I. N., additional, Brewer, N., additional, Cartegni, L., additional, Fijałkowska, A., additional, Gross, C. J., additional, Hamilton, J. H., additional, Jost, C., additional, Karny, M., additional, Królas, W., additional, Liu, S., additional, Mazzocchi, C., additional, Madurga, M., additional, Mendez, A. J., additional, Miernik, K., additional, Miller, D., additional, Padgett, S., additional, Paulauskas, S., additional, Shapira, D., additional, Stracener, D., additional, Sieja, K., additional, Winger, J. A., additional, Wolińska-Cichocka, M., additional, and Zganjar, E. F., additional

Published
2013
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32. BETA-DELAYED NEUTRON SPECTROSCOPY FOR r-PROCESS NUCLEOSYNTHESIS

Author

GRZYWACZ, R., primary, PAULAUSKAS, S. V., additional, MADURGA, M., additional, PETERS, W. A., additional, GROSS, C. J., additional, MILLER, D., additional, AL-SHUDIFAT, M., additional, BARDAYAN, D. W., additional, BATCHELDER, J. C., additional, BLACKMON, J., additional, BREWER, N. T., additional, CARTEGNI, L., additional, CIZEWSKI, J. A., additional, COPP, P. A., additional, FIJAŁKOWSKA, A., additional, HOWARD, M. E., additional, ILYUSHKIN, S., additional, JOST, C. U., additional, LIU, S., additional, MANNING, B., additional, MATEI, C., additional, MATOS, M., additional, MENDEZ, A. J., additional, MIERNIK, K., additional, O’MALLEY, P. D., additional, PADGETT, S., additional, RAIOLA, F., additional, RASCO, C., additional, RATKIEWICZ, A., additional, RYKACZEWSKI, K., additional, SARAZIN, F., additional, SCHMITT, K. T., additional, SPASSOVA, I., additional, STRACENER, D. W., additional, WALTER, D., additional, WANG, E. H., additional, WOLIŃSKA-CICHOCKA, M., additional, and ZGANJAR, E. F., additional

Published
2013
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33. NUCLEAR STRUCTURE OF NEUTRON RICH GADOLINIUM

Author

BREWER, N. T., primary, DOLL, B., additional, BATCHELDER, J. C., additional, CARTEGNI, L., additional, DANIEL, A. V., additional, GROSS, C. J., additional, GRZYWACZ, R., additional, HAMILTON, J. H., additional, HWANG, J. K., additional, ILYUSHKIN, S., additional, JOST, C., additional, KARNY, M., additional, KORGUL, A., additional, KRÖLAS, W., additional, KUŹNIAK, A., additional, LIU, S. H., additional, LUO, Y. X., additional, MADURGA, M., additional, MAZZOCCHI, C., additional, MENDEZ, A. J., additional, MIERNIK, K., additional, MILLER, D., additional, OGANESSIAN, YU. TS., additional, PADGETT, S., additional, PAULASKAS, S. V., additional, RAMAYYA, A. V., additional, RASMUSSEN, J. O., additional, RYKACZEWSKI, K. P., additional, STRACENER, D. W., additional, TER-AKOPIAN, G. M., additional, WINGER, J. A., additional, WOLIŃSKA-CICHOCKA, M., additional, ZGANJAR, E. F., additional, and ZHU, S. J., additional

Published
2013
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34. THE β DECAY OF 81Zn AND NUCLEAR STRUCTURE AROUND THE N=50 SHELL CLOSURE

Author

PADGETT, S., primary, MADURGA, M., additional, GRZYWACZ, R., additional, DARBY, I. G., additional, LIDDICK, S. N., additional, PAULAUSKAS, S. V., additional, CARTEGNI, L., additional, BINGHAM, C. R., additional, RAJABALI, M. M., additional, GROSS, C. J., additional, RYKACZEWSKI, K., additional, SHAPIRA, D., additional, STRACENER, D. W., additional, MENDEZ, A. J., additional, WINGER, J. A., additional, ILYUSHKIN, S. V., additional, KORGUL, A., additional, MAZZOCCHI, C., additional, KRÓLAS, W., additional, LIU, S., additional, HAMILTON, J. H., additional, ZGANJAR, E., additional, and BATCHELDER, J. C., additional

Published
2013
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35. PERFORMANCE OF VANDLE MEASURING BETA-DELAYED NEUTRON SPECTRA OF FISSION FRAGMENTS

Author

PETERS, W. A., primary, GRZYWACZ, R., additional, MADURGA, M., additional, PAULAUSKAS, S. V., additional, MILLER, D., additional, AL-SHUDIFAFT, M., additional, CARTEGNI, L., additional, GROSS, C. J., additional, BARDAYAN, D. W., additional, MENDEZ, A. J., additional, MIERNIK, K., additional, RYKACZEWSKI, K., additional, SCHMITT, K. T., additional, BATCHELDER, J. C., additional, WOLINSKA-CICHOCKA, M, additional, CIZEWSKI, J. A., additional, HOWARD, M. E., additional, MANNING, B., additional, RATKIEWICZ, A., additional, ILYUSHKIN, S., additional, SARAZIN, F., additional, BLACKMON, J. C., additional, MATOS, M., additional, and RASCO, C., additional

Published
2013
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36. THE β AND β-DELAYED NEUTRON DECAY STUDIES OF 75Cu AND 77Cu

Author

ILYUSHKIN, S., primary, WINGER, J. A., additional, RYKACZEWSKI, K. P., additional, GROSS, C. J., additional, MENDEZ, T., additional, SHAPIRA, D., additional, STRACENER, D. W., additional, GRZYWACZ, R., additional, HAMILTON, J. H., additional, BATCHELDER, J. C., additional, KORGUL, A., additional, CARTEGNI, L., additional, LIDDICK, S. N., additional, DARBY, I. G., additional, PADGETT, S., additional, RAJABALI, M. M., additional, and ZGANJAR, E. F., additional

Published
2013
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37. FIRST RESULTS OF DECAY HEAT MEASUREMENTS WITH MTAS AT THE HRIBF

Author

KARNY, M., primary, FIJAŁKOWSKA, A., additional, RYKACZEWSKI, K. P., additional, WOLIŃSKA-CICHOCKA, M., additional, RASCO, B. C., additional, GROSS, C. J., additional, GRZYWACZ, R. K., additional, CARTEGNI, L., additional, GOANS, R., additional, GOETZ, K. C., additional, JOHNSON, J. W., additional, HAMILTON, J. H., additional, JOST, C., additional, MADURGA, M., additional, MIERNIK, K., additional, MILLER, D., additional, PADGETT, S. W., additional, PAULAUSKAS, S. V., additional, RAMAYYA, A. V., additional, AL-SHUDIFAT, M., additional, SPEJEWSKI, E., additional, STRACENER, D., additional, and ZGANJAR, E., additional

Published
2013
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38. FIRST MEASUREMENT OF HALF-LIVES OF r-PROCESS Zn AND Ga ISOTOPES

Author

MADURGA, M., primary, RYKACZEWSKI, K. P., additional, SURMAN, R., additional, GRZYWACZ, R., additional, GROSS, C. J., additional, MILLER, D., additional, STRACENER, D. W., additional, BATCHELDER, J. C., additional, BREWER, N. T., additional, CARTEGNI, L., additional, HAMILTON, J. H., additional, HWANG, J. K., additional, LIU, S. H., additional, ILYUSHKIN, S. V., additional, JOST, C., additional, KARNY, M., additional, KORGUL, A., additional, KROLAS, W., additional, KUZNIAK, A., additional, MAZZOCCHI, C., additional, MENDEZ, A. J., additional, MIERNIK, K., additional, PADGETT, S. W., additional, PAULAUSKAS, S. V., additional, RAMAYYA, A. V., additional, WINGER, J. A., additional, WOLINSKA-CICHOCKA, M., additional, ZGANJAR, E. F., additional, and BORZOV, I. N., additional

Published
2013
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39. β-decay study of neutron-rich bromine and krypton isotopes

Author

Miernik, K., primary, Rykaczewski, K. P., additional, Grzywacz, R., additional, Gross, C. J., additional, Stracener, D. W., additional, Batchelder, J. C., additional, Brewer, N. T., additional, Cartegni, L., additional, Fijałkowska, A., additional, Hamilton, J. H., additional, Hwang, J. K., additional, Ilyushkin, S. V., additional, Jost, C., additional, Karny, M., additional, Korgul, A., additional, Królas, W., additional, Liu, S. H., additional, Madurga, M., additional, Mazzocchi, C., additional, Mendez, A. J., additional, Miller, D., additional, Padgett, S. W., additional, Paulauskas, S. V., additional, Ramayya, A. V., additional, Surman, R., additional, Winger, J. A., additional, Wolińska-Cichocka, M., additional, and Zganjar, E. F., additional

Published
2013
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40. Low-energy level schemes of66,68Fe and inferred proton and neutron excitations acrossZ=28andN=40

Author

Liddick, S. N., primary, Abromeit, B., additional, Ayres, A., additional, Bey, A., additional, Bingham, C. R., additional, Brown, B. A., additional, Cartegni, L., additional, Crawford, H. L., additional, Darby, I. G., additional, Grzywacz, R., additional, Ilyushkin, S., additional, Hjorth-Jensen, M., additional, Larson, N., additional, Madurga, M., additional, Miller, D., additional, Padgett, S., additional, Paulauskas, S. V., additional, Rajabali, M. M., additional, Rykaczewski, K., additional, and Suchyta, S., additional

Published
2013
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41. Structure of16C: Testing shell model andab initioapproaches

Author

Petri, M., primary, Paschalis, S., additional, Clark, R. M., additional, Fallon, P., additional, Macchiavelli, A. O., additional, Starosta, K., additional, Baugher, T., additional, Bazin, D., additional, Cartegni, L., additional, Crawford, H. L., additional, Cromaz, M., additional, Datta Pramanik, U., additional, de Angelis, G., additional, Dewald, A., additional, Gade, A., additional, Grinyer, G. F., additional, Gros, S., additional, Hackstein, M., additional, Jeppesen, H. B., additional, Lee, I. Y., additional, McDaniel, S., additional, Miller, D., additional, Rajabali, M. M., additional, Ratkiewicz, A., additional, Rother, W., additional, Voss, P., additional, Walsh, K. A., additional, Weisshaar, D., additional, Wiedeking, M., additional, Brown, B. A., additional, Forssén, C., additional, Navrátil, P., additional, and Roth, R., additional

Published
2012
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42. New Half-lives ofr-process Zn and Ga Isotopes Measured with Electromagnetic Separation

Author

Madurga, M., primary, Surman, R., additional, Borzov, I. N., additional, Grzywacz, R., additional, Rykaczewski, K. P., additional, Gross, C. J., additional, Miller, D., additional, Stracener, D. W., additional, Batchelder, J. C., additional, Brewer, N. T., additional, Cartegni, L., additional, Hamilton, J. H., additional, Hwang, J. K., additional, Liu, S. H., additional, Ilyushkin, S. V., additional, Jost, C., additional, Karny, M., additional, Korgul, A., additional, Królas, W., additional, Kuźniak, A., additional, Mazzocchi, C., additional, Mendez, A. J., additional, Miernik, K., additional, Padgett, S. W., additional, Paulauskas, S. V., additional, Ramayya, A. V., additional, Winger, J. A., additional, Wolińska-Cichocka, M., additional, and Zganjar, E. F., additional

Published
2012
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43. Low-energy structure of2766Co39and2768Co41populated throughβdecay

Author

Liddick, S. N., primary, Abromeit, B., additional, Ayres, A., additional, Bey, A., additional, Bingham, C. R., additional, Bolla, M., additional, Cartegni, L., additional, Crawford, H. L., additional, Darby, I. G., additional, Grzywacz, R., additional, Ilyushkin, S., additional, Larson, N., additional, Madurga, M., additional, Miller, D., additional, Padgett, S., additional, Paulauskas, S., additional, Rajabali, M. M., additional, Rykaczewski, K., additional, and Suchyta, S., additional

Published
2012
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44. Experimental study of the decays of112Cs and111Xe

Author

Cartegni, L., primary, Mazzocchi, C., additional, Grzywacz, R., additional, Darby, I. G., additional, Liddick, S. N., additional, Rykaczewski, K. P., additional, Batchelder, J. C., additional, Bianco, L., additional, Bingham, C. R., additional, Freeman, E., additional, Goodin, C., additional, Gross, C. J., additional, Guglielmetti, A., additional, Joss, D. T., additional, Liu, S. H., additional, Mazzocco, M., additional, Padgett, S., additional, Page, R. D., additional, Rajabali, M. M., additional, Romoli, M., additional, Sapple, P. J., additional, Thomson, J., additional, and Watkins, H. V., additional

Published
2012
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46. Shape coexistence alongN=40

Author

Liddick, S. N., primary, Suchyta, S., additional, Abromeit, B., additional, Ayres, A., additional, Bey, A., additional, Bingham, C. R., additional, Bolla, M., additional, Carpenter, M. P., additional, Cartegni, L., additional, Chiara, C. J., additional, Crawford, H. L., additional, Darby, I. G., additional, Grzywacz, R., additional, Gürdal, G., additional, Ilyushkin, S., additional, Larson, N., additional, Madurga, M., additional, McCutchan, E. A., additional, Miller, D., additional, Padgett, S., additional, Paulauskas, S. V., additional, Pereira, J., additional, Rajabali, M. M., additional, Rykaczewski, K., additional, Vinnikova, S., additional, Walters, W. B., additional, and Zhu, S., additional

Published
2011
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47. Lifetime Measurement of the21+State inC20

Author

Petri, M., primary, Fallon, P., additional, Macchiavelli, A. O., additional, Paschalis, S., additional, Starosta, K., additional, Baugher, T., additional, Bazin, D., additional, Cartegni, L., additional, Clark, R. M., additional, Crawford, H. L., additional, Cromaz, M., additional, Dewald, A., additional, Gade, A., additional, Grinyer, G. F., additional, Gros, S., additional, Hackstein, M., additional, Jeppesen, H. B., additional, Lee, I. Y., additional, McDaniel, S., additional, Miller, D., additional, Rajabali, M. M., additional, Ratkiewicz, A., additional, Rother, W., additional, Voss, P., additional, Walsh, K. A., additional, Weisshaar, D., additional, Wiedeking, M., additional, and Brown, B. A., additional

Published
2011
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48. β-decay studies of the transitional nucleusCu75and the structure ofZn75

Author

Ilyushkin, S. V., primary, Winger, J. A., additional, Rykaczewski, K. P., additional, Gross, C. J., additional, Batchelder, J. C., additional, Cartegni, L., additional, Darby, I. G., additional, Grzywacz, R., additional, Hamilton, J. H., additional, Korgul, A., additional, Królas, W., additional, Liddick, S. N., additional, Mazzocchi, C., additional, Mendez, T., additional, Padgett, S., additional, Rajabali, M. M., additional, Shapira, D., additional, Stracener, D. W., additional, and Zganjar, E. F., additional

Published
2011
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49. Erratum:βdecay ofZn81and migrations of states observed near theN=50closed shell [Phys. Rev. C82, 064314 (2010)]

Author

Padgett, S., primary, Madurga, M., additional, Grzywacz, R., additional, Darby, I. G., additional, Liddick, S. N., additional, Paulauskas, S. V., additional, Cartegni, L., additional, Bingham, C. R., additional, Gross, C. J., additional, Rykaczewski, K., additional, Shapira, D., additional, Stracener, D. W., additional, Mendez, A. J., additional, Winger, J. A., additional, Ilyushkin, S. V., additional, Korgul, A., additional, Królas, W., additional, Zganjar, E., additional, Mazzocchi, C., additional, Liu, S., additional, Hamilton, J. H., additional, Batchelder, J. C., additional, and Rajabali, M. M., additional

Published
2011
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50. Lifetime Measurement of the 2[sub 1][sup +] state in [sup 20]C

Author

Petri, M., primary, Fallon, P., additional, Macchiavelli, A. O., additional, Paschalis, S., additional, Starosta, K., additional, Baugher, T., additional, Bazin, D., additional, Cartegni, L., additional, Clark, R. M., additional, Crawford, H. L., additional, Cromaz, M., additional, Dewald, A., additional, Gade, A., additional, Grinyer, G. F., additional, Gros, S., additional, Hackstein, M., additional, Jeppesen, H. B., additional, Lee, I. Y., additional, McDaniel, S., additional, Miller, D., additional, Rajabali, M. M., additional, Ratkiewicz, A., additional, Rother, W., additional, Voss, P., additional, Walsh, K. A., additional, Weisshaar, D., additional, Wiedeking, M., additional, Demetriou, Paraskevi, additional, Julin, Rauno, additional, and Harissopulos, Sotirios, additional

Published
2011
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