Nucleus[1]
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Binding energy (MeV)
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g.s. Radius[3] & Deformation[4]
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95B4 Boron J(π)=3/2- T1/2=0.001 MeV
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Experiment [2] |
Theory [4] |
Sh.corr. [4] |
Mass Excess |
12.416488 (0.000903) |
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BE |
56.314 |
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BE/A |
6.257 |
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<R2ch>1/2 = 
Charge-density Distribution [6]
β2= β3= β4= β6= |
Excited States[1] click on a plot to process it
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Known and possible Decays[1]
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Q-values (keV) roman [2], italic [4]
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| | α - decay | -1687.30 | β- - decay | -16494.45 | β+ - decay | 46.00 | e-capture | 1068.00 | 1p - decay | 185.82 | 2p - decay | -17068.62 | 1n - decay | -18576.39 | 2n - decay | -31402.66 | 2β- - decay | | β-,n | -30719.05 | β-,2n | | β-,d | -28395.73 | β-,t | -49853.28 | β-,α | -27147.38 | β-,n,α | | EC,p | -15818.35 | EC,2p | -28234.67 | EC,α | -1394.68 |
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Metastable states and Resonances[1]
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Radiation energies (keV)[1]
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Thermal neutrons[1]
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El.-Magn. properties[5,7,8]
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E = 1500 keV T1/2 = 1.200 MeV | |
E = 2345 keV T1/2 = 0.081 MeV | |
E = 2751 keV T1/2 = 0.614 MeV | |
E = 2780 keV T1/2 = 3.130 MeV | |
E = 4800 keV T1/2 = 1.200 MeV | |
E = 6985 keV T1/2 = 2.180 MeV | |
E = 11640 keV T1/2 = 0.780 MeV | |
E = 12160 keV T1/2 = 0.455 MeV | |
E = 14010 keV T1/2 = 0.390 MeV | |
E = 14655 keV T1/2 = 0.001 fs | |
E = 17190 keV T1/2 = 0.113 MeV | |
E = 17638 keV T1/2 = 0.071 MeV | |
E = 18600 keV T1/2 = 1.000 MeV | |
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