Investigation of copper-kesterites for solar water splitting by Tay, Ying Fan

“…Solar water splitting is a promising method to store energy by utilizing renewable solar energy to electrolyze water and generate hydrogen as a fuel. …”
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Amorphous alloy : a potential electrocatalyst in water splitting by Cai, Weizheng

“…Catalytic water splitting to produce hydrogen gas driven by renewable electricity is regarded as one of the most promising methods for the sustainable energy conversion, but its efficiency is greatly restricted due to the high overpotential required for the anodic water oxidation half reaction. …”
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Interface engineering of advanced heterostructure through electrochemical synthesis for water splitting by Peng, Dongdong

“…For various green energy resources including solar energy, wind energy, tidal energy, hydropower and so on, hydrogen produced from water splitting is abundant and cost-effective clean energy upon the active electrocatalyst. …”
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Theoretical design of novel Janus transitional metal dichalcogenides for catalytic water splitting by You, Liming

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Coordination engineering of noble-metal clusters or single atoms supported on carbon for electrocatalytic water splitting by Wang, Qilun

“…The electrochemical water splitting that can convert renewable electricity into storable hydrogen, a sustainable and clean energy carrier, provides an attractive strategy to mitigate the environmental pollution as well as energy crisis. …”
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Obtaining and tuning of adsorption energies for reaction intermediates in oxygen electrocatalysis by Zhang, Junming

“…Adsorption energy (AE) of reactive intermediates adsorbed on the surface of electrocatalysts is currently the most crucial descriptor for electrochemical reactions (e.g., water splitting, fuel cell, nitrogen fixation, and carbon dioxide reduction). …”
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Hierarchical nanostructures incorporated with different enhancement strategies for improved photoelectrochemical performance by Wang, Zhiwei

“…Photoelectrochemical (PEC) water splitting makes it possible to harvest solar energy and then convert it to storable hydrogen fuel in a one-step reaction. …”
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Engineering nickel based layered double hydroxides and their derivatives for water electrolysis by Dinh, Ngoc Khang

“…When used for overall water splitting, the Ni0.75Fe0.125V0.125-LDHs/NF electrodes require a voltage of only 1.591 V to reach 10 mA cm−2 in alkaline solution. …”
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Integrated raw biomass upgrading for safe and efficient hydrogen generation by Zhao, Hu

“…Electrochemical and photoelectrochemical water splitting have been demonstrated to be potential routes to address the energy and environmental issues. …”
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Interfacial engineering of 3D metal-based electrocatalysts for energy conversion by Lan, Yang

“…To achieve large-scale production of H2 and NH3, the electrocatalytic water splitting and nitrogen fixation under ambient condition paves encouraging avenue in the field. …”
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Visible-light driven photo-activity study : m-BiVO4 based nano-particles and thin film by Luo,Qiong

“…Over the past few decades, semiconductor photocatalysts have received increasing amount of research interests for their environmental applications in various fields, such as water-splitting, water decontamination and air treatment. …”
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Nanoscale tuning of bifunctional electrocatalysts based on cobalt for energy storage and conversion by Kakkarakunnel Jose Vishal

“…Such techniques must be carried out using electrochemical methods in particular water splitting and rechargeable metal air batteries (rechargeable MAB). …”
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Flame synthesis of nanostructured TiO2 for energy and environmental applications by Wu, Shuyang

“…Among these methods, photocatalytic water splitting, CO2 reduction and volatile organic compound (VOC) degradation have been widely studied as promising ways to convert solar energy to chemical energy and eliminate the air pollution because sunlight, water, and CO2 are abundant on earth and the reactions take place in mild conditions. …”
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Graphene quantum dots and their applications in bioimaging and catalysis by Chen, Jie

“…Then, the GQDs are employed as the efficient photocatalysts for water splitting and carbon dioxide reduction under illumination of visible light. …”
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Rational design of atomically dispersed catalysts for highly efficient electrocatalytic oxygen reactions by Pei, Zhihao

“…As we know, OER and ORR are reverse reactions, playing a crucial role in achieving efficient water splitting, metal air cells and fuel cells. Many studies have been conducted on catalysts for OER and ORR, among which single atom catalysts (SACs) have become one of the most promising catalysts for studying catalytic mechanisms and achieving efficient catalysis due to their unique coordination mode and high metal utilization rate. …”
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The influence of spokesperson achievement on consumer goal pursuit : a dual-mechanism perspective by Kuo, Tzu-Yin

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Graphene quantum dots and their application in catalysis by Gong, Jun

“…And such all-carbon Schottky-diode-like 0D/2D vdWHs are employed for the emerging photoelectrochemical catalysis (water splitting) with high performance. The demonstrated low-cost and scalable bottom-up growth of heteroatom-doped GQDs shall greatly promote their widespread applications. …”
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Strategies to improve the performance of platinum-based electrocatalysis from the atomic scale by Guo, Shasha

“…Green hydrogen fuel, produced by water-splitting, is considered one of the best sustainable alternatives to the crises. …”
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Transition metal sulfides for energy storage and conversion by Dangol, Raksha

“…Abstract ii However, its properties for battery and water splitting are still inadequate for commercial use. …”
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Exploring and resolving the effects of environment on perovskite oxide catalysts for oxygen evolution in water electrolysis by Seow, Justin Zhu Yeow

“…This series of studies have highlighted the effect of environment-facilitated precipitation on the surface reconstruction of perovskite oxides and its subsequent OER catalytic performance, which needs to be resolved to improve the applicability of the water splitting technology.…”
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