Box CERM 18
Contains 26 Results:
Beliaev-Zelevinsky type expansion about the Hartree-Fock minimum / E. R. Marshalek and J. da Providência. Laboratório de Física da Universidade de Coimbra, Portugal. This work has been supported, in part, by Project CF/1, Instituto de Alta Cultura, Portugal
Static Hartree-Fock Theory / E. R. Marshalek. Handwritten draft of paper
A Solvable Model for Describing Quasirotational Bands in Transitional Nuclei / J. Krumlinde and E. R. Marshalek
Explication of Bohr and Mottelson's Treatment of the Asymmetric Rotor of High Spin / E. R. Marshalek
Exotic Nuclear Deformations - Bubbles, Toroids, Tensor Deformation, etc., 1972-1973
Vibrations in Odd-A Nuclei, 2p-1h and quasiparticle states, 1 of 2, 1966-1975
Vibrations in Odd-A Nuclei, 2p-1h and quasiparticle states, 2 of 2, 1971-1974
Boson Expansions, 1 of 3, 1969-1974
Boson Expansions, 2 of 3, 1972
Boson Expansions, 3 of 3, 1967-1976
Hartree-Fock-Bogoliubov Theory and Calculations, 1971-1976
Not specifically high spin
João da Providência, 1971-1972
Correspondence with João da Providência, Laboratório de Física de Universidade, Coimbra, Portugal
Nuclear Rotations, 1 of 6, 1964-1976
Deviations from I(I+1) law; high-spin states, Coriolis antipairing etc.
Nuclear Rotations, 2 of 6, 1960-1973
Deviations from I(I+1) law; high-spin states, Coriolis antipairing etc.
Nuclear Rotations, 3 of 6, 1962-1973
Deviations from I(I+1) law; high-spin states, Coriolis antipairing etc.
Nuclear Rotations, 4 of 6, 1967-1975
Deviations from I(I+1) law; high-spin states, Coriolis antipairing etc.
Nuclear Rotations, 5 of 6, 1964-1972
Deviations from I(I+1) law; high-spin states, Coriolis antipairing etc.
Nuclear Rotations, 6 of 6, 1966-1975
Deviations from I(I+1) law; high-spin states, Coriolis antipairing etc.
Nuclear Rotation, High-Spin States, 1964-1978
Nuclear Rotation, Lowest-order effects - moments of inertia, g/R and related quantities, 1 of 3, 1955-1976
Conventional methods - more or less equivalent to cranking, RPA etc.
Nuclear Rotation, Lowest-order effects - moments of inertia, g/R and related quantities, 2 of 3, 1959-1969
Conventional methods - more or less equivalent to cranking, RPA etc.
Nuclear Rotation, Lowest-order effects - moments of inertia, g/R and related quantities, 3 of 3, 1956-1964
Conventional methods - more or less equivalent to cranking, RPA etc.
Nuclear Rotation, Non-cranking techniques, 1 of 3, 1967-1974
Sum rule methods, "roton" theory, angular momentum projection. Mostly lower spin, or if higher spin, not including CAP effects
Nuclear Rotation, Non-cranking techniques, 2 of 3, 1963-1972
Sum rule methods, "roton" theory, angular momentum projection. Mostly lower spin, or if higher spin, not including CAP effects. Also includes comments of E. R. Marshalek as referee
Nuclear Rotation, Non-cranking techniques, 3 of 3, 1962-1973
Sum rule methods, "roton" theory, angular momentum projection. Mostly lower spin, or if higher spin, not including CAP effects