Synthesis, Functionalized and Characterization of Magnetic Fe3O4 Nanoparticles Protected with MCM-41 Mesoporous

Synthesis, Characterization and Application of MCM-41@LDH as a New Support for Lysozyme: Central Composite Design to Evaluate Experimental Variables

“…After synthesis and identification of MCM-41@LDH using different techniques, the strong interaction between LYS and MCM-41@LDH was studied. analysis of ANOVA indicated that solution pH, LYS concentration, amount of MCM-41@LDH, stirrer time, interaction of LYS concentration and amount of support, interactions of (pH) 2 , (LYS concentration) 2 , and (amount of adsorbent) 2 are significant parameters. The maximum adsorption of LYS on MCM-41@LDH predicted by CCD was 0.0250 g of support, LYS concentration of 300 mg L -1 , pH 7.50, and stirrer time of 55 min.…”

“…In the recent years, mesoporous materials are the subject of intense research for adsorption, catalysis, and separation, because of high surface area, a large pore volume, high efficiency, high chemical stability, and reusability [1,2]. MCM-41 (Mobil Composition of Matter No.…”