Ti4O7 supported IrOx for anode reversal tolerance in proton exchange membrane fuel cell

Constructing highly durable reversal-tolerant anodes via integrating high-surface-area Ti4O7 supported Pt and Ir@IrOx for proton exchange membrane fuel cells

“…3h and Table S2 (ESI †), the combination of low Ir loading, long reversal time, and slow performance degradation achieved by the Ir@IrO x /Pt/Ti 4 O 7 is comparable to, and in some cases even surpasses, those reported for recent RTAs. 5,14,19,[25][26][27][28][29][30][31][32][33][34][35][36][37][38]…”

“…Alternatively, carbon is added into titanium oxide-supported catalyst layers to offset the unsatisfactory electronic conductivity. 17–20 However, carbon corrosion during the cell reversal is inevitable once the carbon exists and thus causes performance decay.…”

A novel application of titanium suboxide to enhance the flame retardancy, thermal stability, and thermal and electrical conductivity of silicone rubber

“…However, when more than 1 part of Ti 4 O 7 is added, the Ti 4 O 7 tends to agglomerate, leading to a negative impact on the catalytic effect, thus producing more CO and smoke. 35 Therefore, it is essential to control the amount of Ti 4 O 7 used to ensure that the total smoke release (TSP), carbon monoxide peak (COP), and total heat release (THR) are low at the same time. When the addition amount of Ti 4 O 7 is controlled at 1-2 phr, TIO exhibits a significant catalytic carbonization effect during the combustion process of SR composite materials.…”

Application of changing the valence state of metals through the reaction time for efficient oxygen evolution reaction

“…The use of hydrogen, a renewable, highenergy density, versatile, and pollution-free clean energy, will undoubtedly be conducive to the realization of such a goal. [1][2][3] Hydrogen production by the electrolysis of water is a crucial method to obtain hydrogen, which has been extensively studied. Oxygen evolution reaction (OER) is as important as hydrogen evolution reaction (HER), which is also one of the two half-reactions in water electrolysis.…”