This study investigates the luminescence and durability properties of SrAl 2 O 4: Eu/Dy
phosphor (SP) coated bricks incorporating different coating materials, such as glaze …

This paper reviews the research progress and development of aluminate long afterglow
luminescent materials in the field of road marking, especially the study of rare earth ion …

Global warming is driving the search for emissions-free energy sources. This study proposes
a novel road thermoelectric generator system (RTEGS) based on the Seebeck effect, which …

This study evaluates the luminescence performance of fired clay bricks coated with SrAl 2 O
4: Eu/Dy phosphor. To do so, SrAl 2 O 4: Eu/Dy phosphor was first produced using the …

Cement mixing and curing processes can remarkably influence the dispersion of
luminescent powder (LP) in cement-based composite materials. Along these lines, in this …

Self-luminescent cementitious coating (SLCC) shows great application prospects in newly
constructed and existing traffic infrastructure to improve the effective brightness on the …

Road thermoelectric generator systems (RTEGSs) can convert the heat absorbed by asphalt
pavement into electricity. In addition, they can regulate the temperature of the asphalt …

This study aims to prepare the self-luminous pavement marking (SLPM) to enhance driving
safety and reduce the risk of traffic accident. Firstly, the composition of the SLPM was …

Improving the nighttime vision of drivers is essential, given the growing advancements in
urban transportation. In this study, polyurethane-based self-luminous pavement coatings …

The application of long afterglow-based materials to the self-luminescent pavement could
significantly reduce the power consumption of lighting at night and improve the traffic safety …