111
50
Sn
element 		Information about Tin-111:

WikipediaNeutron Cross SectionsX-Ray TransitionsX-Ray Attenuation
    Mass-Energy Data:

    Atomic Mass:110.907735±0.000008amu
    Excess Mass (Δ):-85.943905±0.007092MeV
    Binding Energy:942.743066±0.007094MeV
    β- Decay Energy:-5.100000±0.200000MeV #
"The 1995 update to the atomic mass evaluation" by G.Audi and A.H.Wapstra, Nuclear Physics A595 vol. 4 p.409-480, December 25, 1995.
Radioactive Decay Data:

  • Spin: 7/2+
  • Half life: 35.3 min ( 2118 sec., λ = 0.000327265 s-1)
  • Mode of decay:
    E.C.
     to
    111
    49
    In
       (Q = 2.445 MeV)
    Meta state at 0.254 Mev
  • Spin: 1/2+ 35.3
  • Half life: 12.5 µs ( 1.25×10-05 sec., λ = 55451.8 s-1)
  • Mode of decay: γ (IT) to
    111
    50
    Sn
       (Q = 0.255 MeV)

  • Possible parent nuclides:
    E.C. from
    111
    51
    Sb
R.R.Kinsey, et al.,The NUDAT/PCNUDAT Program for Nuclear Data,paper submitted to the 9 th International Symposium of Capture-Gamma_raySpectroscopy and Related Topics, Budapest, Hungary, Octover 1996.Data extracted from NUDAT database (Jan. 14/1999)
Magnetic Dipole Moments and Electric Quadrupole Moments
Ex(kev)T1/2Spin    m(nm)    Q(b)    Ref. Std.MethodReference
035 m7/2+ +0.608(4) [119Sn]CFBLSZP A326 121 (87)
+0.617(8) "[115,7,9Sn]"ABFLSPR C34 1052 (86)
+0.18(9) CFBLSZP A326 121 (87)
9799.2 ns11/2- -1.26(11) TDPADPR C10 1414 (74)
N. J. Stone, Table of Nuclear Magnetic Dipole and Electric Quadrupole Moments, to be published.  2000 Courtesy of T. Burrows at BNL/NNDC.