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The effect of externally applied pressure on the magnetic behavior ofCu2Te2O5(BrxCl{1-x})2 with x = 0, 0.73 and 1, is investigated by a combinationof magnetic susceptibility, neutron diffraction and neutron inelasticscattering measurements. The magnetic transition temperatures of the x = 0 and0.73 compositions are observed to increase linearly with increasing pressure ata rate of 0.23(2) K/kbar and 0.04(1) K/kbar respectively. However, the bromideshows contrasting behavior with a large suppression of the transitiontemperature under pressure, at a rate of -0.95(9) K/kbar. In neutron inelasticscattering measurements of Cu2Te2O5Br2 under pressure only a small change tothe ambient pressure magnetic excitations were observed. A peak in the densityof states was seen to shift from ~5 meV in ambient pressure to ~6 meV under anapplied pressure of 11.3 kbar, which was associated with an increase in theoverall magnetic coupling strength.Comment: 7 pages, 9 figure

physical review. b, condensed matter and materials physics

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Effect of externally applied pressure on the magnetic behavior ofCu2Te2O5(BrxCl1−