Solution growth of organic analyzer crystals for ultrasoft x-ray spectroscopy

Dislocation and indentation studies on potassium acid phthalate crystals

“…KAP crystals can be conveniently grown to large sizes due to the large positive coefficient of solubility in water (Bohm and Ulmer 1971). Single crystals were found to result if the solutions were seeded with crystals having (001) faces.…”

Potassium and ammonium hydrogen phthalates KHC6H4(COO)2and (NH4)HC6H4(COO)2- new organic crystals for Raman laser converters with large frequency shift

“…[12,13]); slow evaporation of the aqueous solution [14]; floating seed technique [15]; mercury seal technique [16]; SR method [17] Vicker's microhardness, kg mm…”

“…d m ≈ 1.6364 [11] Method of crystal growth From aqueous solution by the cooling method (see, e.g. [12,13]); slow evaporation of the aqueous solution [14]; floating seed technique [15]; mercury seal technique [16]; SR method [17] Vicker's microhardness, kg mm…”

Crystal Growth of 5-Sulfosalicylato Potassium

“…G. Bohm [2] and J. M. Arber [3] reported greater spacing and lower intensity diffraction of analyzing crystal. Crystal growth of several X-ray analyzing crystals with small inter planar spacing were done [4,5,6].…”