Facile synthesis of MoO3 nanospheres and their application in water treatment

Universal and simple MoO3 substrate for identification of SERS enhancement mechanism

“…[25] From an energetics point of view, because a large amount of energy is released when two [MoO 6 ] octahedrons connect by a common edge to form two Mo O Mo bonds, α-MoO 3 is a stable phase. [26] In addition, because the layered structure of α-MoO 3 can be peeled off into a two-dimensional structure, it has great significance for research into some important properties.…”

Synthesis of 2D MoO3−x/N-doped-carbon nanocomposites via in situ carbonization of layered (NH4)Mo3O9–(NH4)2Mo4O13-organic hybrid nanomaterials for exceptionally efficient adsorption and separation of organic dyes

“…2b). 21,22,[24][25][26][27][28]31 No characteristic peaks from graphitic carbon, or any impurity phases, were observed, indicating that the AMO-hybrid was completely transformed into molybdenum trioxide and amorphous carbon via calcination under the N 2 atmosphere. 44,49 The morphological evaluations of the as-synthesized products were carried out based on FE-SEM images.…”

“…Recently, MoO 3 has also been studied as a critical dye adsorbent due to its high selectivity, good adsorption capacity, desirable mechanical strength, easy separation, and reusability. [18][19][20][21][22][23][24][25][26][27][28] Since the properties of composite nanomaterials strongly depend on the composition, unique structure, as well as morphologies, it is possible to design and investigate a new adsorbent with the combined properties of MoO 3 and Ndoped-carbon as an MoO 3−x /N-doped-carbon (MoO 3−x /N-C) nanocomposite with high surface area and adsorption capacity along with selectivity towards a particular dye. The composite can be fabricated with a porous novel nano/microstructure with a specific preferential crystallographic growth direction for facile interaction with organic pollutants regarding dye adsorption and separation.…”

Determination of 4-nitrophenol using MoO3 loaded glassy carbon electrode via electrochemical sensing approach

“…IL has been considered as a designer solvent due to its organized structure with extended hydrogen bonds, which exhibit exclusive interaction with metal nanoparticles. Therefore, many efforts have already been reported to study the interaction between some ionic liquids and metal nanoparticles [26,27].…”