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Estimate of shell correction energies

Estimate of shell correction energies. Shell correction energies, theory und "experiment". 272 107 – 288 115. 267 104 – 291 116. 281 110 – 293 116. Exp. Theory. 282 112 – 294 118. Q-alpha: Yu.Ts. Oganessian et al., 2006.

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Estimate of shell correction energies

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  1. Estimate of shell correction energies

  2. Shell correction energies, theory und "experiment" 272107 – 288115 267104 – 291116 281110 – 293116 Exp. Theory 282112 – 294118 Q-alpha: Yu.Ts. Oganessian et al., 2006 Theory: P. Möller et al., FRDM, 1995

  3. Shell effects in different models 114 114 120 120 126 126 114 K. Rutz, W. Greiner et al., 1997 P. Möller, 1995 A. Sobiczewski et al., 1995 S. Cwiok et al., 1998

  4. Single particle Nilsson levels Protons, Z = 110 Neutrons, N = 162 1i11/2 1j13/2 1k17/2 2h11/2 3p1/2 E / MeV 3p3/2 3d3/2 2f5/2 4s1/2 2g7/2 3d5/2 2f7/2 1i13/2 1j15/2 1h9/2 2g9/2 1i11/2 P. Möller et al, 1997

  5. Hypothesis: Threefold structured island 54Cr + 248Cm => 302120 64Ni + 238U => 302120 proton number neutron number σ < 0.13 pb (April 08)

  6. Test of the hypothesis cold fusion hot fusion radioactive beams proton number neutron number longest lifetimes

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