Single crystals of a recent ferroelectric material, glycine phosphite were grown from aqueous
solution employing the techniques of slow cooling and controlled evaporation. Powder X-ray …

The crystal structure of α-glycine has been investigated in the temperature range 288–427 K
using neutron diffraction. The molecular structure does not change significantly and the …

The pure glycine phosphite (pure-GPI) and a new potassium hydroxide doped glycine
phosphite (KOH-GPI) single crystals have been grown from aqueous solution by slow …

Single crystals of glycinium phosphite (GPI) were grown by isothermal evaporation and
conventional temperature-lowering techniques. Single crystal and powder X-ray diffraction …

The crystal structures of the glycinium hydrogenphosphite (GPI) and its deuterated analogue
(DGPI) were determined by the X-ray diffraction method in the paraelectric (T= 295 (2) and …

Crystal structure of H3NCH2COOHÁH2PO3 was studied in the paraelectric phase (P phase)
at 298 K and in the ferroelectric phase (F phase) at 170 K by means of the single crystal …

An experimental procedure adopted to prepare the recent ferroelectric glycine phosphite
single crystals is presented. As the crystal solubility in water depends on temperature, single …

A photopyroelectric measurement of the thermal parameters of glycine phosphite (GPI)
single crystals across the ferroelectric phase transition temperature has been carried out …

A detailed ultrasonic study of the elastic properties of glycine phosphite single crystals has
been carried out at room temperature as well as across the ferroelectric phase-transition …

Crystals of m-carboxyphenylammonium monohydrogenphosphite, C7H8NO_ {2}^+·
H2PO_3^{-}(m-CPAMP), space group P2_ {1}/c, grown from aqueous solution undergo a …