Photoelectrocatalytic degradation of blistering agent sulfur mustard to non-blistering substances using pPy/NiOBPC nanocomposite

Suvremena sredstva za dekontaminaciju bojnih otrova

“…Umjesto živčanih bojnih otrova tipa G najčešće se upotrebljava dimetil metilfosfonat (DMMP), umjesto živčanih bojnih otrova tipa V najčešće se upotrebljava dietil 2-[(dimetoksifosforotiol)sulfanil] butandioat (malation), dok se umjesto sumpornog iperita najčešće upotrebljava 2-kloroetiletil sulfid (2-CEES) (tablica 1). [27][28][29][30][31][32][33][34][35][36][37][38][39][40][41]…”

Electrochemical Redox Behaviors of Sulfur Mustard at Different Platinum Electrodes

“…3,4 Hence, development of effective technology toward the degradation and detection of HD has attracted considerable research attention. 5,6 Analytical methods, such as gas chromatography (GC) 7 and high performance liquid chromatography (HPLC) 8 coupled with mass spectrometry (MS) 9 have been used to analyze HD. Moreover, decomposition methods, such as dehalogenation elimination 10 and hydrolysis 11 were used to eliminate HD.…”

“…22 Additionally, many conducting polymers, such as pPy, poly thiophene, poly aniline, and their derivatives show considerable advantages as the support because of their high conductivity, environmental stability, and easy preparation. 6,16 Li et al electrodeposited Pt nanoclusters onto pPy by CV and identified that Pt/pPy exhibited outstanding catalytic ability for the oxygen reduction reaction (ORR) and MOR with synergy from the large surface area of pPy and high dispersion of Pt. 25 However, the combination of Pt and pPy for an electrochemical study of HD was never reported.…”