Synthesis, growth, morphology and charac
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K. Renuka Devi; K. Srinivasan
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Article
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2011
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John Wiley and Sons
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English
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## Abstract Glycine phosphite (NH~3~CH~2~COO.H~3~PO~3~), a potential ferroelectric material, was grown as single crystals from aqueous solutions by slow evaporation and slow cooling methods. Laboratory synthesized title compound was purified by recrystallization method and confirmed by Fourier tran