Magnetostriction Effect on Resonant Properties of Cuprous Chloride Dihydrate under Pressure
The complex investigation has been performed on the influence of high hydrostatic pressure up to 11.2 kbar on resonant and magnetic properties of CuC12 × 2H2O and on its crystal lattice parameters. In the framework of the phenomenological theory main resonance parameters are expressed via magnetostriction constants.
KeywordsEasy Axis High Hydrostatic Pressure Resonance Field Chloride Dihydrate Neel Temperature
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