Thermocatalytic Oxidation of Dimethyl Methylphosphonate on Supported Metal Oxides

Synthesis and spectroscopic study of mesoporous aluminum methylphosphonate foam templated by dibutyl methylphosphonate

“…3(d), the mesopores in the walls have an average diameter of 8 nm. Table 1 shows the assignments of the characteristic absorption bands of DMM, AMP and AMPF [33,38,[41][42][43][44]. Some special assignments are discussed as follows.…”

Effects of Additives on the DMMP Sensing Behavior of SnO2Nanoparticles Synthesized by Hydrothermal Method

“…In particular, the Ni-doped SnO 2 nanoparticle sensor showed complete recovery. According to previous reports [19,26], the decomposition of the DMMP molecules occurs at active sites which exist on the surface of the catalyst materials. However, the irreversible interaction between the surface of the metal oxides and DMMP molecules causes the loss of these active sites, resulting in deactivation of the catalyst materials.…”

An Update on Nanomaterials‐Based Textiles for Protection and Decontamination

“… 101 This is the most active catalyst reported in the literature so far, which decomposes 775 μmol of DMMP per gram of adsorbent, and strongly/irreversibly adsorbing an additional 400 μmol at 25°C. Thermocatalytic oxidation of DMMP was carried out on nickel, iron, copper, and vanadium oxides supported on γ‐Al 2 O 3 , and their degradation products were analyzed 130 . The important function of the support is that it resists the poisoning of catalysts by formed P 2 O 5 during decomposition of DMMP.…”

“…Thermocatalytic oxidation of DMMP was carried out on nickel, iron, copper, and vanadium oxides supported on g-Al 2 O 3 , and their degradation products were analyzed. 130 The important function of the support is that it resists the poisoning of catalysts by formed P 2 O 5 during decomposition of DMMP. Vanadium-supported catalysts show better catalytic performance and P 2 O 5 formed from the DMMP decomposition was able to assist further DMMP decomposition.…”