Abstract:Silver nanocluster composites are obtained directly through radiation technology and can be used to catalyse 4-nitrophenol reduction and sodium borohydride. The catalyst is a candidate for the treatment of water contaminant 4-NP and the production of hydrogen from NaBH4.
“…The second stage, 100–300 °C, is characterized by the loss of bound water in the coating and the decomposition of the –COO − groups. 44 At 300 °C, the residual mass of the coating is 71% with a SAS mass fraction of 3%, and as the SAS content increases, the residual mass at 300 °C progressively rises, reaching 81% at a SAS mass fraction of 10%. The DTG curve in Fig.…”
A versatile polymer coating, simply prepared by radiation-induced polymerization, provides excellent anti-fogging and anti-frosting properties, along with outstanding wetting capabilities.
“…The second stage, 100–300 °C, is characterized by the loss of bound water in the coating and the decomposition of the –COO − groups. 44 At 300 °C, the residual mass of the coating is 71% with a SAS mass fraction of 3%, and as the SAS content increases, the residual mass at 300 °C progressively rises, reaching 81% at a SAS mass fraction of 10%. The DTG curve in Fig.…”
A versatile polymer coating, simply prepared by radiation-induced polymerization, provides excellent anti-fogging and anti-frosting properties, along with outstanding wetting capabilities.
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