Infrared optical constants of ferroelectric triglycine fluoberyllate

Vergnat-Grandjean, D.; Vergnat, P.; Gerbaux, X.; Hadni, A.

doi:10.1088/0022-3719/12/16/021

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Quadrupolar Beryllium Spin Alignment In Triglycine Fluoberyl1

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2002

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“…Triglycine fluoberyllate (TGBe), (CH 2 NH 2 COOHÞ 3 Á H 2 BeF 4 ; exhibits a paraelectric-to-ferroelectric phase transition near 350 K: This substance was studied by various experimental techniques such as X-ray diffraction [27], dielectric spectroscopy [28,29], pyroelectric measurements [30], calorimetry [28], infrared spectroscopy [31], linear birefringence [32], and also by NMR. The dipolar probes 1 H and 19 F were used to determine spin-lattice relaxation times [19].…”

Section: Quadrupolar Beryllium Spin Alignment In Triglycine Fluoberylmentioning

confidence: 99%