Gadolinium sesquisulfide anchored N-doped reduced graphene oxide for sensitive detection and degradation of carbendazim

Shining a light on fungicide- water: enhanced photocatalytic degradation using the CoTiO3/CaTiO3 nanocomposite and experimental and theoretical viewpoints on improved intervalence charge transfer from O2− to Ti4+ and from Co2+ to Ti4+ ions and spatial charge transfer

“…In the fourth pathway, the P4 peak, m/z = 193.2500, is attributed to the hydroxylation of the benzene ring of CBZ by in situ generated hydroxyl radicals followed by demethylation. 23,24,57 According to the above results, the synthesized CCO 75 : 25 composite can degrade as well as mineralize the organic contaminants.…”

“…Among these methods, semiconductor photocatalytic technology has become an essential solution to remediate environmental pollution. 17–21 However, there are few catalyst systems available for the photocatalytic degradation of CBZ, and only composite materials such as Fe/TiO 2 , 22 BiOX, 4 Gd 2 (WO 4 ) 3 , 23 Gd 2 S 2 /NRGO, 24 Cu 2 O/ZnO@PET, 25 and Bi 2 S 3 /BiFeO 3 15 are currently available. Therefore, expanding the diversity and effectiveness of photocatalysts suitable for this reaction is the current challenge.…”

Electroanalytical overview: the sensing of carbendazim

“…From inspection of Table 1, as expected, there is a range of nanoparticles that have been evaluated towards the sensing of carbendazim, such as platinum-doped nickel-cobalt oxide, 12 selenium with palladium, 13 graphitic carbon nitride, 14 gold nanoparticles, [15][16][17] samarium molybdate, 18 titanium dioxide, 19 platinum, 12 ytterbium oxide, 20 neodymium oxide, 21 tin selenium 22 and gadolinium sesquisulde, 23 to name just a few. Using nanoparticles have enhanced electron-conducting properties and increased the electrochemical area of electrodes, however, most reports never mentioned is the cost of implementing such sensors.…”

Pioneering Exploration of Mo2AlB2‐Transition‐Metal‐Aluminum‐Boron‐Phase‐Supported Hydrophobic SrTiO3/Mo2AlB2 Nanocomposite for Improved Photocatalytic Carbendazim Degradation and CO2 Reduction to Ethanol through the Schottky Junction

“…This intermediate then undergoes demethylation to produce P5 with m/z = 193.15. [3,77,78] To evaluate the efficiency of mineralization, total organic carbon (TOC) analysis was performed on STO@5-MAB. As shown in Figure 11d, STO@5-MAB exhibited a TOC removal efficiency of approximately 57.65% under light irradiation for 80 min.…”