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Your search keyword '"BALABANSKI, D. L."' showing total 7 results
Start Over Author "BALABANSKI, D. L." Journal journal of physics g: nuclear and particle physics
7 results on '"BALABANSKI, D. L."'

1. International workshop on next generation gamma-ray source

Author

Howell, C R, primary, Ahmed, M W, additional, Afanasev, A, additional, Alesini, D, additional, Annand, J R M, additional, Aprahamian, A, additional, Balabanski, D L, additional, Benson, S V, additional, Bernstein, A, additional, Brune, C R, additional, Byrd, J, additional, Carlsten, B E, additional, Champagne, A E, additional, Chattopadhyay, S, additional, Davis, D, additional, Downie, E J, additional, Durham, J M, additional, Feldman, G, additional, Gao, H, additional, Geddes, C G R, additional, Grießhammer, H W, additional, Hajima, R, additional, Hao, H, additional, Hornidge, D, additional, Isaak, J, additional, Janssens, R V F, additional, Kendellen, D P, additional, Kovash, M A, additional, Martel, P P, additional, Meißner, U-G, additional, Miskimen, R, additional, Pasquini, B, additional, Phillips, D R, additional, Pietralla, N, additional, Savran, D, additional, Schindler, M R, additional, Sikora, M H, additional, Snow, W M, additional, Springer, R P, additional, Sun, C, additional, Tang, C, additional, Tiburzi, B, additional, Tonchev, A P, additional, Tornow, W, additional, Ur, C A, additional, Wang, D, additional, Weller, H R, additional, Werner, V, additional, Wu, Y K, additional, Yan, J, additional, Zhao, Z, additional, Zilges, A, additional, and Zomer, F, additional

Published
2021
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2. Isomeric mirror states as probes for effective charges in the lower pf shell

Author

Hoischen, R, primary, Rudolph, D, additional, Ma, H L, additional, Montuenga, P, additional, Hellström, M, additional, Pietri, S, additional, Podolyák, Zs, additional, Regan, P H, additional, Garnsworthy, A B, additional, Steer, S J, additional, Becker, F, additional, Bednarczyk, P, additional, Cáceres, L, additional, Doornenbal, P, additional, Gerl, J, additional, Górska, M, additional, Grębosz, J, additional, Kojouharov, I, additional, Kurz, N, additional, Prokopowicz, W, additional, Schaffner, H, additional, Wollersheim, H J, additional, Andersson, L-L, additional, Atanasova, L, additional, Balabanski, D L, additional, Bentley, M A, additional, Blazhev, A, additional, Brandau, C, additional, Brown, J R, additional, Fahlander, C, additional, Johansson, E K, additional, and Jungclaus, A, additional

Published
2011
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3. Lifetime measurements in the Yrast magnetic band in193Pb

Author

Gladnishki, K A, primary, Balabanski, D L, additional, Petkov, P, additional, Dewald, A, additional, Tonev, D, additional, Axiotis, M, additional, Fitzler, A, additional, Danchev, M, additional, Harissopulos, S, additional, Lalkovski, S, additional, Marginean, N, additional, Martinez, T, additional, Moeller, O, additional, Neyens, G, additional, Spyrou, A, additional, Stefanova, E A, additional, and Ur, C, additional

Published
2005
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4. g-factor measurement of the 9/2+isomeric state in65Ni

Author

Georgiev, G, primary, Matea, I, additional, Balabanski, D L, additional, Daugas, J M, additional, Santos, F de Oliveira, additional, Franchoo, S, additional, Ibrahim, F, additional, Blanc, F Le, additional, Lewitowicz, M, additional, Bianco, G Lo, additional, Lukyanov, S, additional, Meot, V, additional, Morel, P, additional, Neyens, G, additional, Penionzhkevich, Yu E, additional, Saltarelli, A, additional, Sorlin, O, additional, Stanoiu, M, additional, Tarisien, M, additional, Vermeulen, N, additional, Verney, D, additional, and Yordanov, D, additional

Published
2005
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5. gfactor measurements of s isomeric states in neutron-rich nuclei around68Ni produced in projectile-fragmentation reactions

Author

Georgiev, G, primary, Neyens, G, additional, Hass, M, additional, Balabanski, D L, additional, Bingham, C, additional, Borcea, C, additional, Coulier, N, additional, Coussement, R, additional, Daugas, J M, additional, France, G De, additional, Santos, F de Oliveira, additional, G rska, M, additional, Grawe, H, additional, Grzywacz, R, additional, Lewitowicz, M, additional, Mach, H, additional, Matea, I, additional, Page, R D, additional, Pf tzner, M, additional, Penionzhkevich, Yu E, additional, Podoly k, Z, additional, Regan, P H, additional, Rykaczewski, K, additional, Sawicka, M, additional, Smirnova, N A, additional, Sobolev, Yu G, additional, Stanoiu, M, additional, Teughels, S, additional, and Vyvey, K, additional

Published
2002
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6. Study of the static quadrupole moment of theK= 35/2 isomer in

Author

Vyvey, K, primary, Neyens, G, additional, Balabanski, D L, additional, Ternier, S, additional, Coulier, N, additional, Teughels, S, additional, Georgiev, G, additional, Wyckmans, R, additional, Coussement, R, additional, Mineva, M, additional, Walker, P M, additional, Byrne, A P, additional, Dracoulis, G D, additional, and Blaha, P, additional

Published
1999
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7. g factor measurements of μs isomeric states in neutron-rich nuclei around <SUP>68</SUP>Ni produced in projectile-fragmentation reactions

Author

Georgiev, G, Neyens, G, Hass, M, Balabanski, D L, Bingham, C, Borcea, C, Coulier, N, Coussement, R, Daugas, J M, France, G De, Santos, F de Oliveira, Górska, M, Grawe, H, Grzywacz, R, Lewitowicz, M, Mach, H, Matea, I, Page, R D, Pfützner, M, Penionzhkevich, Yu E, Podolyák, Z, Regan, P H, Rykaczewski, K, Sawicka, M, Smirnova, N A, Sobolev, Yu G, Stanoiu, M, Teughels, S, and Vyvey, K

Abstract

We report the first g factor measurement on microsecond isomers of neutron-rich nuclei produced in projectile-fragmentation reactions at intermediate energies. The nuclides in the vicinity of 68Ni were produced and spin oriented following the fragmentation of a 76Ge, 61.4 MeV u−1 beam at GANIL. The LISE spectrometer was used to select the nuclei of interest. The time-dependent perturbed angular distribution (TDPAD) method was applied in combination with the heavy-ion–gamma correlation technique to measure the g factors of 69mCu (Jπ &equal; 13/2+, T1/2 &equal; 350 ns) and 67mNi (Jπ &equal; 9/2+, T1/2 &equal; 13.3 μs). Specific details of the experimental technique and the comparison of the results (&vert;g(69mCu)&vert; &equal; 0.225(25) and &vert;g(67mNi)&vert; &equal; 0.125(6)) with theoretical calculations are discussed. These results provide another indication of the importance of proton excitations across the Z &equal; 28 shell gap.

Published
2002

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