In the field of photocatalytic research, it is common practice to use normalized reaction rates (μmol·h-1·g-1 or mmol·h-1·g-1) to measure the catalytic activity of catalysts. However, due to variations in conditions such as light sources, reactors, and ca

The MCP-WS1000 Photocatalysis Workstation is fundamentally a mechanically automated tool based on physical hardware that acquires data through production. It follows the design principle of "letting machines handle what machines excel at." Its purpose i

As photocatalytic research continues to deepen, the demand for differentiation and personalization becomes increasingly prominent. In response to this, the PLR MFPR-I multifunctional photocatalytic reactor emerges, significantly expanding the range of exp

During photocatalytic reactions, thermocatalytic reactions are inevitably present, especially under strong light irradiation. When materials absorb incident light, a portion of it is converted into heat, causing the material to heat up and affecting the p

With the continuous advancement and progress of photovoltaic experiments, a wide range of catalytic performances of various catalysts have been discovered and continuously improved. Characterizing experiments solely based on the quantity of products produ

The study of photoelectrocatalytic (PEC) water splitting for hydrogen production involves the participation of photo-generated holes and electrons from the photoelectrode at the electrode surface in the oxidation and reduction reactions of water, aided by

The Incident Monochromatic Photon-Electron Conversion Efficiency (IPCE) is defined as the ratio of the number of electrons flowing through a closed circuit to the number of photo-generated electrons from incident monochromatic light. IPCE is used to evalu

In the study of photocatalytic water splitting, the most commonly used quantum yields are AQY and STH. In the research of photoelectrocatalytic water splitting, the most commonly used quantum yields are IPCE and STH or ABPE.

Is the quantum yield (QY) you calculate in photocatalysis experiments really the Absolute Quantum Yield (AQY)? What do terms like "quantum yield QY," "quantum efficiency QE," "apparent quantum yield AQY," and "apparent quantum efficiency AQE" mean

The two primary indicators for evaluating the photocatalytic water splitting catalyst for hydrogen production are AQY and STH energy conversion efficiency. How is the "STH energy conversion efficiency" measured in experiments of photocatalytic water spl

How is the hydrogen production rate measured in the photocatalytic water splitting process? The correct calculation method for determining the hydrogen production rate in a photocatalytic water splitting experiment addresses all your inquiries about hydro