Research 1 페이지

Research

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Time-resolved operando spectroscopy for photo(electro) catalysis

TASTransient Absorption SpectroscopyTAS is a powerful tool to measure the photogenerated excited state absorption and associated lifetime of transient speciesFT-IRFourier Transformed Infrared SpectroscopyInvestigation of intermediates and their adsorption during photo-electrochemical reactionSpecific SkillTime-resolved SEIRASSurface-enhanced infrared absorption spectroscopySEIRAS is a powerful experimental technology to see the molecular bonding on the catalyst surface while applied voltage (or light) causes a chemical reaction

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Solar fuel & e-fuel

 Artificial photosynthesis & Value-added chemical production The Pursuit of a Net-Zero WorldIn the quest for a net-zero world, the in-depth study of CO2 conversion to solar fuel is of utmost importance. The photo-electrochemical (PEC) CO2 reduction strategy has emerged as a potent tool for establishing a sustainable carbon cycle. By harnessing sunlight, PEC enables the direct conversion of carbon dioxide into valuable hydrocarbon fuels, addressing both environmental challenges and future energy needs.Value-Added Chemical ProductionA Sustainable Approach In addition to producing …

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Environmental remediation Air & water treatment

 Innovative Catalysts Revolutionizing Environmental Remediation Research for Air and Water TreatmentIn the dynamic landscape of environmental remediation research, the spotlight is on the transformative potential of advanced catalysts for optimizing air and water treatment methodologies. This progressive approach seeks to combat pollution challenges by harnessing innovative catalysts that significantly enhance treatment efficiency and effectiveness.Purifying the Atmosphere: Advancements in Air Treatment TechnologiesCentral to environmental remediation efforts, air treatment takes center s…

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Nitrogen Cycle

Ammonia Oxidation Reaction (AOR) and  Nitrogen Reduction Reaction (NRR) Exploration of the Nitrogen Cycle:In this section, we delve into the intricate dynamics of the Nitrogen Cycle, a paramount aspect of Earth's ecosystem. The cycle orchestrates the intricate movement and conversion of nitrogen among the atmosphere, soil, plants, animals, and microorganisms, playing a pivotal role in the synthesis of proteins and other essential compounds within living organisms.Basis for Investigating Nitrogen Reactions:This segment delves into the significance of our research, emphasizing the pot…

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Resource Upcycle

Metal recovery, waste plastic reforming1. Conservation of the environmentExtracting and processing raw materials from the Earth is typically energy-intensive and can result in substantial environmental harm, such as habitat destruction, loss of biodiversity, and pollution. Repurposing waste materials into functional goods decreases the demand for new materials, hence reducing the environmental impact linked to extracting and processing resources.2. Waste ManagementThe rise in consumerism worldwide has caused a substantial buildup of waste, especially plastic waste, resulting in notable environ…

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Operando Analysis for Battery

 Operando Analysis for Battery 1. Understanding MechanismsTime-resolved approaches enable scientists to examine and comprehend the electrochemical dynamics inside the battery as it undergoes charge and discharge cycles. This involves the creation of solid electrolyte interstitials (SEI), lithium plating, electrode deterioration, and other processes that significantly affect battery performance and longevity.2. Material PropertyBatteries consist of intricate materials that exhibit varying properties based on operational circumstances. In situ analysis aids in examining materials dur…

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Operando analysis for Fuel Cell

Understanding Fuel CellsFuel cells are devices that directly convert chemical energy into electrical energy. The chemical reactions that occur during this process have a significant impact on the performance and efficiency of the fuel cells.Role of Operando AnalysisOperando analysis plays a crucial role in understanding these chemical reactions. It allows researchers to observe and study the reactions as they occur in real-time, providing valuable insights into the operation of the fuel cell.Importance of Operando Analysis in Catalyst ActivityOne of the key components of a fuel cell is the cat…

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