84 results on '"Fossan DB"'
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2. Multiple chiral doublet bands of identical configuration in 103Rh.
3. Effect of gamma softness on the stability of chiral geometry: spectroscopy of 106Ag.
4. Chiral degeneracy in triaxial 104Rh.
5. A composite chiral pair of rotational bands in the odd-A nucleus 135Nd.
6. Chiral doublet structures in odd-odd n = 75 isotones: chiral vibrations.
7. Smooth termination of intruder bands in 51109Sb.
8. Triaxial bands in 133Ce.
9. Smooth band termination in 108Sn.
10. High-spin states in 121,122Te: Identification of favored noncollective oblate states.
11. Band structure of the odd-even 125La, 127La nuclei.
12. Intruder bands in 114Te: Smooth band termination.
13. Favored noncollective oblate states in light tellurium isotopes.
14. Lifetime measurements within the superdeformed minimum of 133Ce and 132Ce.
15. High-spin structure of 139Eu.
16. Yrast bands in 117I and 116-118Xe: Anomalous quasiparticle alignment frequencies and band termination.
17. First observation of a rotational band in odd 50Sn nuclei: 111Sn.
18. Smooth Termination of Collective Rotational Bands.
19. Intruder bands in (Z=53) 113I: Band termination interpretation.
20. In-beam gamma -ray spectroscopy above 100Sn using the new technique of recoil decay tagging.
21. High-spin collective structures in doubly-odd 114Sb.
22. Rotational bands near the Z=50 closed shell: 51111Sb.
23. Deformed intruder band in 112Te: First evidence for rotational behavior in the tellurium isotopes.
24. Neutron i13/2 intruder band in 139Sm.
25. Rotational structures in 106Sn: A new form of band termination?
26. Oblate to prolate shape hindrance in 121I.
27. New features of collective nuclear rotation at very high frequency in 109Sb.
28. gamma spectroscopy of 117I: Three structural features.
29. Near yrast states in doubly odd 214Fr.
30. Deformed intruder band in 113I.
31. Perturbed alignments within an i13/2 neutron intruder band in 141Gd.
32. New deformed states near the Z=50 closed shell: 51117Sb66.
33. Delayed neutron alignment in 117I.
34. Spectroscopy of 123Cs: Configuration dependent crossing frequencies.
35. High-spin spectroscopy of 119,121I: Prolate and oblate shape coexistence.
36. Alignment effects in odd-mass Cs isotopes: Spectroscopy of 125Cs.
37. Band termination in 121I.
38. High spin states in 141Eu.
39. Lifetime measurements in 135Sm: Large deformation in the N=6 intruder band and evidence for quenched proton pairing.
40. Further evaluation of the fitted Nilsson parameters in the A
41. Rotational band structures in 127Cs: Shape changes induced by h11/2 neutron alignment.
42. Rotational band structures in doubly odd 138Pm.
43. High-spin states in doubly odd 122Cs.
44. Rotational bands in 135Ce: Collective prolate and oblate rotation.
45. Evidence for the onset of reflection asymmetry in 216Fr.
46. High-spin states in 136Ce: Systematics of collective oblate rotation.
47. High-spin structure of N=51 (9)6Rh and 97Pd: A shell-model study.
48. Competing proton and neutron rotational alignments: Band structures in 131Ba.
49. Coexistence of low-K prolate and high-K oblate pi h11/2 orbitals.
50. Band structures in doubly odd 130Pr.
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