Abstract
A pressure of 4.0 GPa was achieved using a piston–cylinder-type NiCrAlpressure cell which possesses a large sample space of 4.4 mm diameter × 15 mm length at ambient pressure. As monitors of the pressure, the63Cu nuclear quadrupoleresonance (NQR) of Cu2O and ruby fluorescence were studied at the same time. The relation between the NQRfrequency and the R1 line of the ruby fluorescence was investigated at pressures below3.2 GPa.
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