Electrostatic Analysis of Nuclear Reaction Energies

Electrostatic analysis of incident and product particles has been used to measure the following reaction energies (in Mev): D(d, H³)p (4.044±{}0.005); D(d, He³)n (3.271±{}0.011); C¹⁴(d, α)B¹² (0.362±{}0.002); C¹⁴(d, p)C¹⁵ (-1.007±{}0.001); B¹⁰(α, d)C¹² (1.341±{}0.002); O¹⁶(d, p)O17*, 0.87 level (1.048±{}0.002); N¹⁴(d, p)N15*, 7.31 level (1.308±{}0.002); 7.58 level (1.045±{}0.002); 8.32 level (0.296±{}0.001) and 8.57 level (0.038±{}0.001); C¹²(d, p)C13* 3.68 level (-0.960±{}0.002) and 3.86 level (-1.130±{}0.002) and N¹⁴(d, α)C12* 9.6 level (3.933±{}0.014). The 30-kev width of the 9.6-Mev level of C¹² limits the spin and parity assignment to 0⁺, 1^-, 2⁺, or 3^-, or possibly 4⁺.