A nuclear resonance spectrometer for observing high-resolution spectra of hydrogen and fluorine resonances is described. The spectrometer is of extremely simple design but its stability and resolving power is approximately 1 in 10 8 when using samples of diameter approximately 5 mm. A thermally-lagged permanent magnet is used to provide the main magnetic field and a simple bridged-T spectrometer is used.
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Leane et al. (1959) studied this question.
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