One-pot synthesis of flower-like MoSe2 nanoflakes for photocatalytic hydrogen evolution and methanol oxidation

Li2Mn0.8Ni0.2SiO4/MnO2 nanocomposite for high-performance supercapacitor applications

“…Due to the scan rate-dependent behavior, the portion of capacity from a diffusion-controlled process steadily dropped with a rising scan rate. An identical process was reported in the additional investigations 48,49…”

“…Due to the scan rate-dependent behavior, the portion of capacity from a diffusion-controlled process steadily dropped with a rising scan rate. An identical process was reported in the additional investigations 48,49 A hybrid device was constructed, employing commercial AC as the negative electrode, and was evaluated in an aqueous 6 M KOH solution in order to assess the actual capability of the LMNS/M2 composite electrode. The charge was balanced between both electrodes using the mass balance equation (eqn (1)).…”

Spatially Controlled Photogenerated Charge Carriers Induced by SrTiO3-Architectured Heterojunction Nanocubes for a Photocatalytic Hydrogen Evolution Reaction

“…1−3 Therefore, developing clean and renewable energy sources is regarded as an ideal approach to avert the impending climate change and meet the burgeoning global energy demand in the approaching decades in a greener way. 4,5 For this reason, utilizing solar energy as the greatest clean, available, and accessible energy source of renewable energy to create renewable fuels is a major challenge that is appealing to the scientific research community. Hydrogen (H 2 ) is regarded as the simplest "solar fuel" that is highly clean, powerful, and ecofriendly and, thus, is a promising substitute for meeting future fuel requirements.…”

“…With the progress of modern society, energy crisis and global warming related to the use of traditional fossil fuels, industrialization, and human activities giving an increased concentration of liberated harmful gases such as extensive emission of CO 2 and untreated wastewater are the two pivotal prevalent challenges that request us to focus on the development of sustainable energy sources with a low-carbon energy future and the reduction of climate change. − Therefore, developing clean and renewable energy sources is regarded as an ideal approach to avert the impending climate change and meet the burgeoning global energy demand in the approaching decades in a greener way. , For this reason, utilizing solar energy as the greatest clean, available, and accessible energy source of renewable energy to create renewable fuels is a major challenge that is appealing to the scientific research community. Hydrogen (H 2 ) is regarded as the simplest “solar fuel” that is highly clean, powerful, and eco-friendly and, thus, is a promising substitute for meeting future fuel requirements.…”

Ti3C2‐modified g‐C3N4/MoSe2S‐Scheme Heterojunction with Full‐Spectrum Response for CO2Photoreduction to CO and CH4

“…As a common two-dimensional transition metal dihalide compound, MoSe 2 has gradually become a hot spot in the field of photocatalysis because of its rapid electron transfer ability and excellent light absorption properties. [33][34][35] In addition, the plentiful active sites at the edge of MoSe 2 crystals can improve the reaction efficiency of the proton reduction process, with a bandgap of 1.33-1.72 eV, showing near-full-spectrum optical absorption capacity. [36][37][38] In addition, compared to other cocatalysts such as noble metals and graphene, MoSe 2 has lower cost and more abundant reserves.…”