As a core pathway for achieving "artificial photosynthesis," photocatalytic technology fundamentally utilizes excited charge carriers generated in semiconductor materials under illumination to drive redox reactions, thereby enabling cross-d
As one of the most common volatile organic compounds (VOCs) in indoor decoration and industrial production, formaldehyde poses long-term risks to human respiratory health and represents a challenging target molecule in environmental chemist
In the scientific pursuit of addressing the energy crisis and achieving "carbon peak and carbon neutrality," photocatalytic water splitting is regarded as a core pathway for realizing "artificial photosynthesis." The fundamental princi
Photocatalytic water splitting for hydrogen production is considered a core pathway to achieving "artificial photosynthesis" and is widely recognized as one of the most promising frontier technologies for addressing the global energy crisis
In the field of photocatalysis research, the photocatalytic reaction instrument has evolved from early simple light-source-plus-flask setups into integrated research platforms that combine precise irradiation, multi-channel parallel screeni
Photocatalytic materials are the core carriers for achieving "artificial photosynthesis." Essentially, they are semiconductor materials capable of absorbing photon energy and generating active charge carriers (electrons and holes) to drive
The efficient abatement of volatile organic compounds (VOCs) is a cross-disciplinary focus spanning environmental science and energy conversion, with the core challenge being the development of catalytic systems featuring high stability and deep mineraliz
The efficient abatement of volatile organic compounds (VOCs) is a central focus in the field of environmental remediation. Regarding the question of whether biodegradation can remove VOCs, the answer is affirmative. Biodegradation typically
In research on photocatalytic hydrogen (H2) production, carbon dioxide (CO2) reduction, and solar cells, the accurate measurement of light radiation intensity is a key prerequisite for calculating quantum efficiency and energy conversion ef
In research on photocatalysis, photoelectrochemistry, and solar cells, light radiation intensity (irradiance) is a core physical parameter that determines reaction rates and energy conversion efficiency. To ensure experimental reproducibili
Photocatalytic technology, as a pathway of “artificial photosynthesis” capable of directly converting low‑density solar energy into high‑energy‑density chemical energy, has expanded from early basic mechanism studies into mul
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