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Your search keyword '"Fallis, J."' showing total 9 results
Start Over Author "Fallis, J." Publication Type Conference Materials
9 results on '"Fallis, J."'

1. Constraining the Astrophysical S Factor of the 3He(α,γ)7Be Reaction

Author

Carmona-Gallardo, M., primary, Rojas, A., additional, Singh, B. S. Nara, additional, Akers, C., additional, Aviv, O., additional, Borge, M. J. G., additional, Christian, G., additional, Davids, B., additional, Fallis, J., additional, Fulton, B. R., additional, Hager, U., additional, Haquin, G., additional, Hass, M., additional, Hutcheon, D. A., additional, Nir-El, Y., additional, Ottewell, D., additional, Ruiz, C., additional, Sjue, S. K. L., additional, Tengblad, O., additional, Yaniv, R., additional, and Yungreis, Z., additional

Published
2015
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2. BETA-DELAYED NEUTRON SPECTROSCOPY USING TRAPPED IONS

Author

YEE, R. M., primary, SCIELZO, N. D., additional, BERTONE, P. F., additional, BUCHINGER, F., additional, CALDWELL, S., additional, CLARK, J. A., additional, DEIBEL, C. M., additional, FALLIS, J., additional, GREENE, J. P., additional, GULICK, S., additional, LASCAR, D., additional, LEVAND, A. F., additional, LI, G., additional, NORMAN, E. B., additional, PEDRETTI, M., additional, SAVARD, G., additional, SEGEL, R. E., additional, SHARMA, K. S., additional, STERNBERG, M. G., additional, VAN SCHELT, J., additional, and ZABRANSKY, B. J., additional

Published
2013
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3. MEASURING THE 16O(α, γ)20Ne REACTION RATE WITH THE DRAGON RECOIL SEPARATOR AT TRIUMF

Author

HAGER, U., primary, GREIFE, U., additional, BUCHMANN, L., additional, DAVIDS, B., additional, FALLIS, J., additional, HUTCHEON, D., additional, OTTEWELL, D., additional, REEVE, S., additional, ROJAS, A., additional, RUIZ, C., additional, SJUE, S. K. L., additional, ERIKSON, L., additional, CARMONA-GALLARDO, M., additional, VOCKENHUBER, C., additional, BROWN, J. R., additional, and IRVINE, D., additional

Published
2013
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4. [sup 12]C+[sup 16]O: Properties of sub-barrier resonance γ-decay

Author

Goasduff, A., primary, Courtin, S., additional, Haas, F., additional, Lebhertz, D., additional, Jenkins, D. G., additional, Fallis, J., additional, Ruiz, C., additional, Hutcheon, D. A., additional, Amandruz, P.-A., additional, Davis, C., additional, Hager, U., additional, Ottewell, D., additional, and Ruprecht, G., additional

Published
2012
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5. The 33S(p,\gamma )34Cl reaction in classical nova explosions

Author

Parikh, Anuj, primary, Faestermann, Thomas, additional, Kruecken, Reiner, additional, Bildstein, Vinzenz, additional, Bishop, Shawn, additional, Eppinger, Katrin, additional, Herlitzius, Clemens, additional, Lepyoshkina, Olga, additional, Maierbeck, Peter, additional, Seiler, Dominik, additional, Wimmer, Kathrin, additional, Hertenberger, Ralf, additional, Wirth, Hans-Friedrich, additional, Fallis, J., additional, Hager, U., additional, Hutcheon, D.A., additional, Ruiz, C., additional, Buchmann, L., additional, Ottewell, D., additional, Freeman, B., additional, Wrede, C., additional, Garcia, A., additional, Delbridge, B., additional, Knecht, A., additional, Sallaska, A., additional, Chen, A., additional, Clark, J. A., additional, Deibel, Catherine, additional, Fulton, Brian R., additional, Laird, A., additional, Greife, Uwe, additional, Guo, B., additional, Li, E., additional, Li, Z., additional, Lian, G., additional, Wang, Y., additional, Liu, W., additional, Parker, P., additional, and Setoodehnia, K., additional

Published
2011
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6. Improving the [sup 33]S(p,γ)[sup 34]Cl Reaction Rate for Models of Classical Nova Explosions

Author

Parikh, A., primary, Faestermann, Th., additional, Krücken, R., additional, Bildstein, V., additional, Bishop, S., additional, Eppinger, K., additional, Herlitzius, C., additional, Lepyoshkina, O., additional, Maierbeck, P., additional, Seiler, D., additional, Wimmer, K., additional, Hertenberger, R., additional, Wirth, H.-F., additional, Fallis, J., additional, Hager, U., additional, Hutcheon, D., additional, Ruiz, Ch., additional, Buchmann, L., additional, Ottewell, D., additional, Freeman, B., additional, Wrede, Ch., additional, García, A., additional, Delbridge, B., additional, Knecht, A., additional, Sallaska, A., additional, Chen, A. A., additional, Clark, J. A., additional, Deibel, C. M., additional, Fulton, B., additional, Laird, A., additional, Greife, U., additional, Guo, B., additional, Li, E., additional, Li, Z., additional, Lian, G., additional, Wang, Y., additional, Liu, W., additional, Parker, P. D., additional, Setoodehnia, K., additional, Demetriou, Paraskevi, additional, Julin, Rauno, additional, and Harissopulos, Sotirios, additional

Published
2011
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7. MEASURING THE 16O(α, γ)20Ne REACTION RATE WITH THE DRAGON RECOIL SEPARATOR AT TRIUMF.

Author

HAGER, U., GREIFE, U., BUCHMANN, L., DAVIDS, B., FALLIS, J., HUTCHEON, D., OTTEWELL, D., REEVE, S., ROJAS, A., RUIZ, C., SJUE, S. K. L., ERIKSON, L., CARMONA-GALLARDO, M., VOCKENHUBER, C., BROWN, J. R., and IRVINE, D.

Subjects
ISOTOPE separators, NUCLEAR reactions, OXYGEN isotopes, NEON isotopes, PROTON capture, NUCLEAR physics, RADIOACTIVE nuclear beams
Published
2013

8. 12C+16O: Properties of sub-barrier resonance γ-decay.

Author

Goasduff, A., Courtin, S., Haas, F., Lebhertz, D., Jenkins, D. G., Fallis, J., Ruiz, C., Hutcheon, D. A., Amandruz, P.-A., Davis, C., Hager, U., Ottewell, D., and Ruprecht, G.

Subjects
GAMMA decay, CARBON isotopes, OXYGEN isotopes, SPECTROMETERS, RADIATIVE capture, COULOMB functions, NUCLEAR energy
Abstract

In a recent experiment performed at Triumf using the Dragon 0° spectrometer and its associated BGO array, the complete γ-decay of the radiative capture channel below the Coulomb barrier has been measured for the first time. This measurement has been performed at two energies Ec.m. = 6.6 and 7.2 MeV. A selective contribution of the entrance spins 2+ and 3- has been evidenced which is consistent with existing results above the barrier. [ABSTRACT FROM AUTHOR]

Published
2012
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9. Improving the 33S(p,γ)34Cl Reaction Rate for Models of Classical Nova Explosions.

Author

Parikh, A., Faestermann, Th., Krücken, R., Bildstein, V., Bishop, S., Eppinger, K., Herlitzius, C., Lepyoshkina, O., Maierbeck, P., Seiler, D., Wimmer, K., Hertenberger, R., Wirth, H.-F., Fallis, J., Hager, U., Hutcheon, D., Ruiz, Ch., Buchmann, L., Ottewell, D., and Freeman, B.

Subjects
SUPERNOVAE, NUCLEAR reactions, NUCLEOSYNTHESIS, NUCLEAR astrophysics, CALCIUM isotopes, ASTRONOMICAL observations, DWARF stars
Abstract

Reduced uncertainty in the thermonuclear rate of the 33S(p,γ)34Cl reaction would help to improve our understanding of nucleosynthesis in classical nova explosions. At present, models are generally in concordance with observations that nuclei up to roughly the calcium region may be produced in these explosive phenomena; better knowledge of this rate would help with the quantitative interpretation of nova observations over the S-Ca mass region, and contribute towards the firm establishment of a nucleosynthetic endpoint. As well, models find that the ejecta of nova explosions on massive oxygen-neon white dwarfs may contain as much as 150 times the solar abundance of 33S. This characteristic isotopic signature of a nova explosion could possibly be observed through the analysis of microscopic grains formed in the environment surrounding a nova and later embedded within primitive meteorites. An improved 33S(p,γ)34Cl rate (the principal destruction mechanism for 33S in novae) would help to ensure a robust model prediction for the amount of 33S that may be produced. Finally, constraining this rate could confirm or rule out the decay of an isomeric state of 34Cl (Ex = 146 keV, t1/2 = 32 m) as a source for observable gamma-rays from novae. We have performed several complementary experiments dedicated to improving our knowledge of the 33S(p,γ)34Cl rate, using both indirect methods (measurement of the 34S(3He,t)34Cl and 33S(3He,d)34Cl reactions with the Munich Q3D spectrograph) and direct methods (in normal kinematics at CENPA, University of Washington, and in inverse kinematics with the DRAGON recoil mass separator at TRIUMF). Our results will be used with nova models to facilitate comparisons of model predictions with present and future nova observables. [ABSTRACT FROM AUTHOR]

Published
2011
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