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163 results on '"Blazhev Andrey"'

151. Evidence for the Importance of Soft Deformation Potentials in Strongly Deformed Nuclei

Author

Pietralla, N., primary, Costin, A., additional, Bonnet, J., additional, Beller, J., additional, Krugmann, A., additional, Möller, O., additional, Ai, H., additional, Casten, R. F., additional, Heinz, A., additional, McCutchan, E. A., additional, Qian, J., additional, Werner, V., additional, Rainovski, G., additional, Dusling, K., additional, Jolie, Jan, additional, Zilges, Andreas, additional, Warr, Nigel, additional, and Blazhev, Andrey, additional

Published
2009
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152. Collective State Enhancement of Nuclear Level Density

Author

Plujko, Vladimir A., primary, Gorbachenko, Oleksandr M., additional, Kadenko, Igor M., additional, Kulich, Elizaveta V., additional, Jolie, Jan, additional, Zilges, Andreas, additional, Warr, Nigel, additional, and Blazhev, Andrey, additional

Published
2009
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154. The reactions [sup 25]Mg(α,n)[sup 28]Si, [sup 26]Mg(α,n)[sup 29]Si and their possible impact on nucleosynthesis

Author

Falahat, S., primary, Couder, M., additional, Görres, J., additional, Kratz, K.-L., additional, O’Brien, S., additional, Ott, U., additional, Pignatari, M., additional, Stech, E., additional, Wiescher, M., additional, Jolie, Jan, additional, Zilges, Andreas, additional, Warr, Nigel, additional, and Blazhev, Andrey, additional

Published
2009
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155. First Direct Measurement of the [sup 17]F(p,γ)[sup 18]Ne Cross Section

Author

Chipps, K. A., primary, Bardayan, D. W., additional, Blackmon, J. C., additional, Chae, K. Y., additional, Greife, U., additional, Hatarik, R., additional, Kozub, R. L., additional, Matei, C., additional, Moazen, B. H., additional, Nesaraja, C. D., additional, Pain, S. D., additional, Peters, W. A., additional, Pittman, S. T., additional, Shriner, J. F., additional, Smith, M. S., additional, Jolie, Jan, additional, Zilges, Andreas, additional, Warr, Nigel, additional, and Blazhev, Andrey, additional

Published
2009
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156. Neutron capture and neutron-induced fission experiments on americium isotopes with DANCE

Author

Jandel, M., primary, Bredeweg, T. A., additional, Stoyer, M. A., additional, Wu, C. Y., additional, Fowler, M. M., additional, Becker, J. A., additional, Bond, E. M., additional, Couture, A., additional, Haight, R. C., additional, Haslett, R. J., additional, Henderson, R. A., additional, Keksis, A. L., additional, O’Donnell, J. M., additional, Rundberg, R. S., additional, Ullmann, J. L., additional, Vieira, D. J., additional, Wilhelmy, J. B., additional, Wouters, J. M., additional, Jolie, Jan, additional, Zilges, Andreas, additional, Warr, Nigel, additional, and Blazhev, Andrey, additional

Published
2009
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158. Development of a new Recoil Distance Technique using Coulomb Excitation in Inverse Kinematics

Author

Rother, Wolfram, primary, Dewald, Alfred, additional, Ilie, Gabriela, additional, Pissulla, Thomas, additional, Melon, Barbara, additional, Jolie, Jan, additional, Pascovici, Gheorghe, additional, Iwasaki, Hironori, additional, Hackstein, Matthias, additional, Zell, Karl-Oskar, additional, Julin, Rauno, additional, Jones, Peter, additional, Greenlees, Paul, additional, Rahkila, Panu, additional, Uusitalo, Juha, additional, Scholey, Cath, additional, Harissopulos, Sotirios, additional, Lagoyannis, Anastasios, additional, Konstantinopoulos, Theodore, additional, Grahn, Tuomas, additional, Balabanski, Dimiter, additional, Petkov, Pavel, additional, Zilges, Andreas, additional, Warr, Nigel, additional, and Blazhev, Andrey, additional

Published
2009
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161. Structure of the Odd-Odd Nucleus [sup 188]Re

Author

Balodis, M., primary, Bērziņš, J., additional, Simonova, Ļ., additional, Bondarenko, V., additional, Krasta, T., additional, Tambergs, J., additional, Jakimovičs, A., additional, Tomandl, I., additional, Jentschel, M., additional, Mutti, P., additional, Boerner, H., additional, Jolie, Jan, additional, Zilges, Andreas, additional, Warr, Nigel, additional, and Blazhev, Andrey, additional

Published
2009
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162. Fast neutrons for transmutation research within the EFNUDAT project

Author

Beyer, R., primary, Grosse, E., additional, Junghans, A. R., additional, Matic, A., additional, Schilling, K. D., additional, Schwengner, R., additional, Wagner, A., additional, Weiss, F. P., additional, Jolie, Jan, additional, Zilges, Andreas, additional, Warr, Nigel, additional, and Blazhev, Andrey, additional

Published
2009
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163. Proton–proton correlations observed in two-proton radioactivity of 94Ag.

Author

Mukha, Ivan, Roeckl, Ernst, Batist, Leonid, Blazhev, Andrey, Döring, Joachim, Grawe, Hubert, Grigorenko, Leonid, Huyse, Mark, Janas, Zenon, Kirchner, Reinhard, La Commara, Marco, Mazzocchi, Chiara, Tabor, Sam L., and Van Duppen, Piet

Subjects
PROTON-proton interactions, NUCLEAR reactions, COLLISIONS (Nuclear physics), NUCLEAR energy, NUCLEAR physics, RADIOACTIVITY, RADIATION
Abstract

The stability and spontaneous decay of naturally occurring atomic nuclei have been much studied ever since Becquerel discovered natural radioactivity in 1896. In 1960, proton-rich nuclei with an odd or an even atomic number Z were predicted to decay through one- and two-proton radioactivity, respectively. The experimental observation of one-proton radioactivity was first reported in 1982, and two-proton radioactivity has now also been detected by experimentally studying the decay properties of 45Fe (refs 3, 4) and 54Zn (ref. 5). Here we report proton–proton correlations observed during the radioactive decay of a spinning long-lived state of the lightest known isotope of silver, 94Ag, which is known to undergo one-proton decay. We infer from these correlations that the long-lived state must also decay through simultaneous two-proton emission, making 94Ag the first nucleus to exhibit one- as well as two-proton radioactivity. We attribute the two-proton emission behaviour and the unexpectedly large probability for this decay mechanism to a very large deformation of the parent nucleus into a prolate (cigar-like) shape, which facilitates emission of protons either from the same or from opposite ends of the ‘cigar’. [ABSTRACT FROM AUTHOR]

Published
2006
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