PEC and thermo-photocatalysis impose unique light-source requirements: the former stresses geometric coupling between optics and electrode, the latter balances photons and heat. This article deconstructs the configuration logic and pitfalls for both speci

Large-area irradiation and high-uniformity light sources are key to material screening, PV characterization, and scale-up photocatalysis. This article explains how spot uniformity affects data representativeness and the configuration essentials of large-a

LED light sources—narrow-band, energy-efficient, long-lived, and wavelength-tunable—are becoming the new favorite for wavelength studies in photochemistry. This article covers monochromatic and tunable LED sources in photocatalysis and photoelectrochemist

A solar simulator reproduces the AM1.5G solar spectrum with an artificial source—essential for photocatalytic water splitting and solar-cell characterization. This article compares xenon-based and LED-based solar simulators and explains spectral match, un

A photocatalytic light source determines whether your semiconductor is effectively excited. This article breaks down the matching logic of wavelength, optical power, and uniformity across photocatalysis, photoelectrocatalysis, and thermo-photocatalysis, a

A xenon light source delivers a continuous full spectrum with high stability, making it the most common excitation source for photochemistry and photocatalysis. This guide explains how xenon lamps work, the typical 300W models, how they differ from mercur

A Nano Research study reports an Au-CdS S-scheme homojunction for zero-bias, sacrificial-agent-free photoelectrochemical CRP sensing.

A CEJ study reports how interfacial electric fields in a g-C3N4/Cs2CuBr4 heterostructure support selective photocatalytic CO₂-to-CO conversion.

A PNAS study shows how intramolecular noncovalent interactions can restrict σ-bond rotation in COF photocatalysts and improve photocatalytic H₂O₂ synthesis.

Explore the PLR-HTSR2.0 continuous-flow photothermal reactor for gas-solid studies with room-temperature to 500 °C control, 0–1.0 MPa gauge pressure and continuous gas handling.

A research update on rebuilding interunit photogenerated-charge transfer with Pt–N covalent electronic channels, and on the characterization workflow used to study photocatalytic materials.

A research update on carboxyl-group and nitrogen-vacancy co-regulation in carbon nitride for photocatalytic CO₂ reduction, with emphasis on structural characterization and gas-product analysis.