By E Bright Wilson; J C Decius; Paul C Cross

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Another four-component ‘fully relativistic’ DFT program is the Beijing density functional (BDF) method [71]. Four-component numerical atomic spinors obtained by finite-difference atomic calculations are used for cores, 2. Theoretical Chemistry of the Heaviest Elements 45 while basis sets for valence spinors are a combination of numerical atomic spinors and kinetically balances Slater-type functions. The non-relativistic GGA for is used. Calculations of small transactinide systems, like 111X and 114X (X = H, F, Cl, Br, I, O) were reported [72,73].

The limited accuracy of this method is due to omitting dynamic correlations, since excit ations of the type cannot be handled, and some core polarization. Another recently created correlated method is the no(virtual)pair DF (DCB) coupled-cluster technique of E. Eliav, U. Kaldor and I. Ishikawa [31,32,44]. It is based on the DCB Hamiltonian; Equation 3. Correlation effects are taken into account by action of the excitation operator defined in the Fock-space CC approach with respect to a closed-shell reference determinant.

Phys. A 342, (1992) 177. 65. : Phys. Rev. C 61, (2000) 034606. 66. , Sandulescu, A. : Z. Phys. A 283, (1977) 217. 67. : Eur. Phys. , submitted 2002. 68. : Phys. Rev. C 59, (1999) 796. 69. : Phys. Rev. C 64, (2001) 034606. 70. : Eur. Phys. J. A 8, (2000) 205. 71. : Phys. Rev. C 63, (2001) 044607. 72. : Nucl. Phys. A 678, (2000) 24. 73. : Phys. Rev. Lett. 82, (1999) 509. 74. : Phys. Rev. Lett. 84, (2000) 3542. 75. : Phys. Rev. C 65, (2001) 014303. 28 The Chemistry of Superheavy Elements Index Elements 7 Element 107, bohrium 7, 14 Element 108, hassium 7 Element 109, meitnerium 9, 21 Element 110 9 Element 111 9, 12, 21 Element 112 20 Element 114 13, 20 Element 116 10, 11, 20 Element 118 1 Maximum number Experimental techniques 11 Abundance Accelerators 4 5 Background Beam currents 4, 14, 22 14 Chemical analysis 5, 14 Correlation method 14 Cross bombardments 4 Detectors 12 Electrostatic separator 11 Enrichment 14 Excitation functions Gas-filled separator 5, 10, 12 6 Germanium detectors Identification 5 In-beam spectroscopy 22 Irradiation time 19 Mass measurement 14 Position-sensitive detectors 5, 6, 12 22 Radioactive beams 12 Radioactive targets 4, 23 Recoil separators 22 Recoil-decay tagging 5 Separation time Switching off the beam 6, 13 6 Target wheel 3, 4, 14, 23 Targets Time-of-flight detectors 6, 12 5 Transmission 5,6 Velocity separator Nuclear models 1, 15 Liquid-drop model Macroscopic-microscopic 15 model Relativistic mean-field model 15 15 Self-consistent model 2, 15 Shell model Nuclear properties Atomic masses 2 Chart of nuclides 7 2, 15, 21 Closed shells Deformation parameters 15 15, 17 Deformed nuclei 2 Doubly magic nuclei 17 Electron capture 17 Even-even nuclei Fission barriers 15, 19, 20 12 Fission isomers Ground-state binding energy 15 Half-lives 23 High spin K isomer 9 18 Hindrance factors Magic numbers 2 18 Odd nuclei Odd-odd nuclei 18 16, 18 Partial half-lives Shell effects 18, 20 Shell-correction energies 15, 18 Spherical nuclei 15, 17 Spontaneous fission 1, 9, 10, 15, 16, 17, 18 Subshell closure 18 Total half-life 18 decay 16 chains 8, 9, 13, 17 decay 17 15 stable nuclei 1.