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The deuteron and fluorine magnetic resonance spectra in the molecule DF have been studied using the molecular beam method. The observed resonance patterns have been compared with those calculated on a UNIVAC computer. The parameters of the calculation were adjusted until the theoretical and the experimental curves matched. In this manner the spin-rotational interaction constant of fluorine in DF was assigned the value |cF|=160±1 kc/sec and the quadrupole coupling constant of the deuteron in DF was assigned the value |d₂|=34±4 kc/sec, which corresponds to |eqQ/h|=340±40 kc/sec.
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Nelson et al. (1961) studied this question.
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