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≤ 9) state energy eigenvalues of helium atom. Our upper-bound results for the 2pnf 1,3 F e and 2png 1,3 G o states energies of Li + , Be 2 + , B 3 + are the lowest values up to this date. The doubly ...
models [ 1 ] and macroscopic–microscopic methods [ 2 ] suggest that reflection asymmetric shapes are observed in the lightest nuclei in the sd-shell and for doubly even N = Z nuclei, respectively ...
. Nishimura, M. Niikura, A. Poves, Z. Y. Xu, G . Lorusso, 7 , 3 3 8, 9, 3 10 11 3 , 12 13 F. Browne, P. Doornenbal, G . Gey, H.-S. Jung, Z. Li , P.-A. Söderström, T. Sumikama, 5, 2 , 3 14, 3 15 11, 3 16 17 3 J ...
. Nishimura, M. Niikura, A. Poves, Z. Y. Xu, G . Lorusso, 7 , 3 3 8, 9, 3 10 11 3 , 12 13 F. Browne, P. Doornenbal, G . Gey, H.-S. Jung, Z. Li , P.-A. Söderström, T. Sumikama, 5, 2 , 3 14, 3 15 11, 3 16 17 3 J ...
–orbit interaction splits the ground electronic state of oxygen into a triplet of fine-structure levels 3Pj = 0, 3Pj = 1 and 3Pj = 2 . The lowest energy level is 3Pj = 2 . There have been a number ...
}$| at around |$r=3.8$| fm, reflecting the distribution of the |$f_{ 7 / 2 }$| neutrons. A peak of the proton density difference, |$4\pi r^{ 2 }\Delta\rho_{p, {\rm peak} }=0.452$| fm|$^{- 1 }$|, is found at |$r=3.8$| fm ...
is the intermediate doubly excited state in the PR process from ground state 1s21S1/ 2 of C v to the final metastable state 1s22p 2P1/ 2 , 3 / 2 of C iv. In addition to these five resonances there exist another resonance ...
, 5/ 2 ) 9/ 2 30 535.69 7 / 2 0 327.486 327 141(8) 140(15)b 4f12(3F4)5d3/ 2 (4, 3 / 2 ) 7 / 2 32 262.88 7 / 2 0 309.954 310 62( 2 )b 4f12(1G4)6s1/ 2 (4, 1 / 2 ) 7 / 2 46 786.94 7 / 2 0 213.735 214 212(11) 4f12(3F2)5d5/ 2 ( 2 , 5 ...
in its fundamental state (J2 = 0) or first excited state (J2 = 2 ). The cross-section with ortho-H2 (J2 = 1 - 1 ) is also indicated, for a reduced range of kinetic energies. RATE COEFFICIENTS The collisional ...
′-TARm (Table 1 ). Moreover, the excitation spectrum of TMR–5′-TARm- 3 ′–DABCYL clearly differs from its absorption spectrum but closely resembles the absorption spectrum of TMR–5′-TARm (Fig. 2B). Taken ...
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