Gel growth of α and γ glycine and their characterization

Crystallization of β‐glycine by spray drying

“…Shifts of peaks of amorphous material can also vary markedly from the corresponding crystalline peaks. The FTIR results are in accordance with the literature data [15,30] but are not sensitive enough to significantly aid to the unambiguous data interpretation. FTIR analysis is more useful for investigation of the transition of β-glycine to α-glycine.…”

Crystal growth and characterization of γ-glycine grown from potassium fluoride for photonic applications

“…It is confirmed from this study that ␥-glycine crystallizes in hexagonal structure with space group P3 1 . The determined unit cell parameters are in good agreement with the reported values [15,16]. Further, it is evident that the potassium fluoride is not incorporated into the lattice of the grown crystal, but its presence in the aqueous solution yielded the ␥-glycine [17].…”

Studies on Growth and Characterization of Potassium Diammonium Chloride (Padc) Single Crystal by Solution Growth Technique

“…From the plot it is observed that the value of dielectric loss decreases when increases in frequency. The characteristics of low dielectric loss with high frequency for a crystal suggested that the sample posses enhanced optical quality with lesser difference and this parameter is of vital importance in the field of opto-electronic devices [7,8]. …”