Elimination behavior of nitrogen oxides from a NO3−-intercalated Mg–Al layered double hydroxide during thermal decomposition

Preparation and characterization of cetirizine intercalated layered double hydroxide and chitosan nanocomposites

“…A band at 1452 cm −1 is due to C─Cl stretching. Bending to adjacent benzene rings gives a band at 670 cm −1 [53]. The FT-IR spectrum of CT-LDH (Fig.…”

“…The second step in the range of 200-330°C is mainly attributable to the dehydroxylation of the octahedral layers in LDH [26]. The third step observed above 450°C is due to the elimination of NO 3 − [53,54]. In fact, the results of XRD patterns, FT-IR spectra, and TG-DTG analysis all indicate the existence of nitrate ions between the layers of LDH.…”

Synthesis and investigation of magnetic nanocomposite of Fe 3 O 4 with cetirizine-intercalated layered double hydroxide

“…The second step observed in the ranges of 300-390°C is mainly attributable to the dehydroxylation of the brucitelike octahedral layers in LDH. Finally, the third step observed above 390°C is due to the elimination of NO 3 -intercalated in the NO 3 -LDH/Fe 3 O 4 interlayers [36]. For the CT-LDH/Fe 3 O 4 sample (Fig.…”

Kinetics and equilibrium studies on the treatment of nitric acid with Mg–Al oxide obtained by thermal decomposition of NO3--intercalated Mg–Al layered double hydroxide

“…HNO 3 is treated with Mg-Al oxide to produce NO 3 ÁMg-Al LDH. Calcination of NO 3 ÁMg-Al LDH yields HNO 3 , and Mg-Al oxide is reformed, making it available for retreatment of HNO 3 [34]. No NaNO 3 was generated by our method; thus, problems caused by high concentrations of saline wastewaters were avoided.…”