Energy Levels of Light Nuclei A = 14 - Triangle Universities Nuclear ...

a See also Tables 14.15 and 14.13, and footnote b in Table 14.14 here (86WA13).
b I am indebted to E.K. Warburton for sending me a reanalysis of the E x of many of the
states in 14 N with E x < 9.4 MeV: see, e.g., footnote b in Table 14.14.
c Weighted mean of values displayed in Table 14.14 of (86AJ01) but not using the value
79 ± 7 fs which has not been published, and including the value 97.7 ± 5.5 fs(87ZI04).
d Adopted value, based on values shown in Table 14.14 (86AJ01) andon5.6 ± 1.1 fs
(87ZI04).
e The present evidence (86WA13) only supports the presence of one state at E x ≈ 9.13
MeV, with J =3 + . The only remaining evidence for a doublet is the 12 C( 3 He, p 0 ) 14 N(p)
13 C g:s: work by (74NO01).
f With the exception of 14 N*(16.91, 17.46, 21.8, 22.5, 23.0, 24.0), this state and all higher
states were derived from an S-matrix analysis of the 12 C(d, α 1 ) reaction by (81JO02).
g See, however, Tables 14.20 and 14.21.
h See reaction 41.
Hypernuclei: (84BO1H, 84ZH1B, 86FE1A, 86GA1H, 86MA1C, 86WU1C, 86YA1Q, 88MA1G,
88MO1L, 89BA92, 89BA93, 89DO1K, 89IT04, 89KO37, 90IT1A)
Other topics: (85AD1A, 85AN28, 86ADZT, 86AN07, 87BA2J, 88GU1C, 88HE1G, 88KW1A,
89DE1O, 89OR02, 89PO1K, 90MU10, 90PR1B)
Ground state of 14 N: (85AN28, 85GO1A, 85ZI05, 86GL1A, 86RO03, 86WI04, 87AB03, 87KI1C,
87VA26, 88BI1A, 88VA03, 88WO04, 88WRZZ, 89AM01, 89AN12, 89GOZQ, 89SA10, 89WO1E,
90BE24, 90VA1G, 90VA01)
µ =+0.4037607 (2) nm (78LEZA),
Q =+0.0193 (8) b (80WI1D). See also (86HA2F) and(89RA17),
〈r 2 〉 1/2 =2.560 (11) fm (80SC18),
Natural abundance: (99.634 ± 0.009)% (84DE1A)
1. 9 Be( 7 Li, 2n) 14 N Q m =7.249
The energy of the 5.83 → 5.11 γ transition is E γ = 728.34 ± 0.10 keV. When corrected for
the nuclear recoil and added to E x = 5105.89 ± 0.10 keV, E x = 5834.25 ± 0.14 keV for 14 N*(5.83)
(81KO08) [recalculated]. For branching ratios see Table 14.11. See (81KO08) alsoforageneral
discussion of electromagnetic transitions in 14 Cand 14 N,andcomparisonwiththeory.
2. 10 B(α, n) 13 N Q m =1.0590 E b =11.6125
Observed resonances are displayed in Table 14.12. For thick target yields see (89HE04). See
also (85CA41; astrophys.).
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