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

For searches for short-lived neutral particles in the decay of 14 N*(9.17) see (86SA2E, 88SA2A).
See also (85AB1C), (86RO18, 88KI1C; applied), (85CA41, 87WE1C, 88CA26, 89BA2P, 90MA1P;
astrophysics) and (86WE1D, 87MC1C) and(HA80F; theor.).
26. 13 C(p, p) 13 C E b =7.55063
The elastic scattering has been studied for E p =0.14 MeV to 1 GeV: see (81AJ01) and 13 C
here. For observed resonances see Table 14.16. A y measurements have been reported at E ⃗p = 200
and 547 MeV [see (86AJ01)], at 35 MeV (86OH03; p 0→3 ), at 71.8 MeV (89VO05, 90VO02; p 0 ;and
measurements of depolarization parameter, D), at 119 MeV (88CO05; p 0 → p 4 and p to 13 C*(7.55,
8.86, 9.5, 9.9)) and at 500 MeV (90HO06; p 0 ; A y and rotation parameters). See (90HO1L; prelim.)
for measurements at E p = 497.5 MeVon 13 ⃗ C. The 0 + − 0 − doublet at E x ≈ 8.7 MeV has been
studied by (84AD04, 86AD01, 86SW1A, 87ZEZZ, 88ZE1B). For pion production see (88HU06). See
also (85BL22, 86ADZT) and(86RA05, 87BE1M, 87BE1P, 88RA08, 89AM05, 89BEXT, 89GO14,
89KU07, 89KU14, 89KU32, 89RA1O, 90DU01; theor.).
27. 13 C(p, n) 13 N Q m = −3.0028 E b =7.55063
Observed resonances are displayed in Table 14.17. Polarization measurements are reported at
E ⃗p =35MeV(86OH03; A y ;n 0 ,n 1 ,n 2+3 ) and 160 MeV (84TA07, 87RA15; A y ; D NN (0 ◦ ); n 0 ,
n 2+3 ,andnto 13 N*(15.1)[u]). Forward-angle cross sections have been measured at E p = 318 and
800 MeV (86KI12) and at 492 and 590 MeV (89RA09). Cross sections for 13 N production have
been studied for E p =5.2 to30.6MeVby(89WA16).Fortheearlierworksee(86AJ01). See also
13 N, (87ALZW, 90TA1J), (86AI04, 89AR1Q; applied), (85CA41; astrophysics), (86AL18, 86CA1N,
86TA1E, 87TA22) and(87BE1D, 89AM02, 89RA15; theor.).
28. 13 C(p, d) 12 C Q m = −2.7218 E b =7.55063
A y measurements have been reported at E ⃗p =13.6 to 530 MeV [see (86AJ01)] and at 119 MeV
(87LE24; to 12 C*(0, 4.4, 7.7, 9.6, 12.7, 14.1, 15.1, 16.1, 16.6, 17.8, 18.1, 18.8, 19.9, 20.3, 20.6)). For
a measurement of the tensor polarization of 12 C*(15.1) at E p =41.3 MeVsee(87CA20). For other
work see (76AJ04, 81AJ01) and 12 Cin(90AJ01). See also (86KO1K; theor.).
29. (a) 13 C(p, t) 11 C Q m = −15.1863 E b =7.55063
(b) 13 C(p, 3 He) 11 B Q m = −13.1855
See 11 B, 11 Cin(90AJ01), and (86AJ01).
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