Evolution of Nuclear Spectra with Nuclear Forces
R. B. Wiringa and Steven C. Pieper
Phys. Rev. Lett. 89, 182501-1:4 (2002)
When quoting these values, please use the above reference, in addition to this URL.
The energies for AV1P through AV8P contain just the pp Coulomb [VC1(pp)] electromagnetic term; AV18 and IL2 contain the full Argonne v18 electromagnetic energy. Note that the AV8' energies published in S. C. Pieper, V. R. Pandharipande, R. B. Wiringa, and J. Carlson, Phys. Rev. C 64, 014001 (2001) contained an isoscalar Coulomb energy rather than the VC1(pp) energy used here; this results in differences of less than 200 keV.
Total Energies - July 15, 2002
NUCL EXPT AV1' AV2' AVX' AV4' AV6' AV8' AV18 IL2T
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3H -8.48 -8.49(1) -9.08(1) -8.49(1) -8.99(1) -7.95(1) -7.76(1) -7.61(1) -8.43(1)
4He -28.30 -31.43(2) -32.41(2) -31.43(2) -32.11(2) -26.15(2) -25.14(2) -24.07(4) -28.37(3)
5He(gs) -27.52 -44.12(9) -41.58(7) -29.85(3) -30.47(3) -24.23(4) -23.68(4) -22.47(9) -27.72(11)
5He(1/2-) -26.32 -29.76(3) -30.54(3) -24.15(3) -22.96(3) -21.90(9) -26.38(11)
6He(gs) -29.27 -68.84(11) -58.43(9) -33.29(3) -32.22(3) -25.06(3) -25.05(6) -23.89(8) -29.40(14)
6He(2+) -27.47 -68.60(12) -58.29(8) -30.31(3) -30.11(3) -23.01(3) -23.01(6) -21.77(13) -27.11(14)
6He(1+) -69.45(13) -58.58(9) -27.52(3) -28.40(3) -21.67(3) -21.30(4) -20.22(10) -24.48(14)
6Li(gs) -31.99 -67.61(12) -63.37(10) -32.46(3) -35.81(3) -28.37(4) -28.19(5) -26.89(10) -32.28(14)
6Li(3+) -29.80 -67.22(14) -62.26(10) -29.57(4) -32.05(4) -24.70(4) -24.98(5) -23.49(9) -30.08(17)
6Li(2+) -27.68 -32.04(4) -24.86(4) -24.12(4) -22.74(8) -27.92(14)
6Li(1+,1P[11]) -67.83(16) -62.22(14) -26.92(3) -27.10(4)
7Li(gs) -39.2 -103.8(4) -90.8(3) -42.6(1) -43.9(1) -34.1(1) -33.5(1) -31.6(1) -39.6(2)
7Li(1/2-) -38.8 -43.9(1) -34.2(1) -33.1(1) -31.1(2) -39.1(2)
7Li(7/2-) -34.6 -104.9(3) -91.7(3) -36.8(1) -37.9(1) -28.8(1) -28.3(1) -26.4(1) -34.4(3)
7Li(5/2-) -32.6 -38.1(1) -28.8(1) -28.2(1) -26.5(1) -32.5(2)
7Li(5/2-,4P[21]) -31.8 -106.4(4) -92.7(3) -30.4(1) -34.0(1) -26.6(1) -25.2(1) -32.2(2)
7Li(1/2-,2P[21]) -106.0(4) -92.2(3) -30.4(0) -31.6(1)
7Li(1/2-,2S[111]) -109.4(4) -96.2(4) -24.4(0) -25.3(1)
8He(gs) -31.4 -160.6(9) -121.0(7) -34.9(1) -31.9(1) -22.9(1) -23.7(1) -21.6(2) -31.3(3)
8He(2+) -28.6 -163.2(8) -123.4(8) -32.2(2) -30.0(1) -21.2(1) -21.3(1) -19.6(2) -26.6(3)
8He(1+) -168.1(9) -126.2(7) -29.0(1) -28.5(1) -19.5(1) -21.1(2) -19.6(2) -25.8(3)
8Be(gs) -56.5 -150.8(7) -131.6(6) -63.5(2) -65.0(1) -49.8(2) -47.9(1) -45.6(3) -56.6(4)
8Be(2+) -53.5 -151.2(7) -132.4(9) -59.7(1) -61.9(1) -47.0(2) -45.6(1) -42.7(3) -53.5(3)
8Be(4+) -45.1 -152.5(7) -135.4(9) -52.6(2) -55.0(3) -41.1(2) -38.7(1) -36.2(2) -45.4(3)
8Be(1+) -38.3 -156.2(8) -136.2(8) -41.4(1) -43.0(2) -33.7(1) -32.8(2) -30.9(3) -37.6(2)
8Be(3+) -37.3 -155.0(9) -136.2(8) -38.7(1) -41.6(2) -31.0(1) -31.2(2) -29.3(3) -37.1(3)
8Be(0+,5D[22]) -158.0(9) -138.6(7) -30.1(1) -35.8(1)
8Be(0+,1S[22]) -159.2(8) -134.9(7) -32.8(1) -35.8(1)
8Be(0+,3P[211]) -162.0(8) -141.2(7) -27.6(1) -29.8(1)
10B(gs) -64.8 -67.1(2) -70.7(1) -51.2(3) -53.2(3) -48.6(6) -65.6(5)
10B(1+) -64.0 -70.1(3) -74.9(2) -54.5(3) -55.7(3) -51.6(6) -64.7(4)