Abstract
With the λ 2536·5 resonance radiation of the mercury arc as exciter, the Raman spectrum of β-quartz has been recorded for the first time. Due to the increased symmetry, the spectrum of β-quartz exhibits fewer Raman lines than α-quartz. The variations in frequency shift and width of the Raman lines after the α-β transition point are also found to differ markedly from the corresponding changes observed below the critical temperature.
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