Niobium (Z=41)
87Nb 89Nb 90Nb 91Nb 92Nb 93Nb 95Nb 96Nb 97Nb 99Nb 101Nb 103Nb
Recommended† magnetic dipole moments
Isotope Energy [keV] t1/2 Spin/Parity μ [nm] Method Recommended Tables
87Nb 2412 58 ps 17/2- +7.0(9) IMPAD INDC(NDS)-0816
2491 13.9 ps 21/2+ +4.3(14) IMPAD INDC(NDS)-0816




Compiled‡ magnetic dipole and electric quadrupole moments from published articles
Isotope Energy [keV] t1/2 Spin/Parity μ [nm] Q [b] Ref. Std Method NSR keyword doi
87Nb 2412. 58 ps 17/2- +7.0(9) IMPAD 1995WE03 10.1016/0375-9474(94)00530-Z
2491. 13.8 ps 21/2+ +4.3(14) IMPAD 1995WE03 10.1016/0375-9474(94)00530-Z
+3.8(12) CRDTF 1998JU02 10.1103/PhysRevLett.80.2793
2858. 0.8 ps 21/2+ -6(11) CRDTF 1999TE02 10.1103/PhysRevC.59.1943
3217. 0.6 ps 23/2+ +16(9) CRDTF 1999TE02 10.1103/PhysRevC.59.1943
3443. 1.7 ps 25/2+ +3(2) CRDTF 1999TE02 10.1103/PhysRevC.59.1943
3739. _ 25/2+ +1(3) CRDTF 1999TE02 10.1103/PhysRevC.59.1943
4127. 3.0 ps 25/2- +6(5) CRDTF 1999TE02 10.1103/PhysRevC.59.1943
5010. 3.5 ps 29/2- +7(2) CRDTF 1999TE02 10.1103/PhysRevC.59.1943
+8(3) CRDTF 1998JU02 10.1103/PhysRevLett.80.2793

† Recommended magnetic moments are for the bare nucleus with published results corrected consistently for diamagnetism (including error estimate).
  Where appropriate published results are also adjusted to the most recent adopted half-life for the state.
  Recommended quadrupole moments are adjusted using the best electric field gradient calculation for the system concerned.
  For details see the Reports referenced.

‡ In this listing published results are given without adjustment or correction.