Particle-embedded polymeric radiative cooler is a promising candidate for the passive
daytime radiative cooling. Wherein, air void formed by the porous structure can also be …

Radiative cooling for energy conservation and harvesting has gained considerable attention
worldwide in recent years. The optical and thermal characteristics of radiative cooling …

A new spectral-emittance method to modify RGB pyrometry is developed for the surface
temperature measurements of dispersed chars in a Hencken flat-flame burner. Nikon D300s …

The radiative behaviour of coal and char particles is an important input parameter for
simulations of coal combustion and gasification processes, as those typically feature …

Here, we designed volumetric receivers from the angle of their normal absorptance and
hemispherical volumetric emittance. We showed that the optimal receiver with the reticulated …

The article presents the results of theoretical and experimental studies of the processes of
wood particles ignition under heating conditions typical for furnace devices operating using …

Particles within aggregates are commonly in a status of dependent scattering due to the
near-field multiple scattering and far-field interferences from neighboring particles. The …

Using the generalized multiparticle Mie-solution method, this study examines the optical
properties of chain-like particles under different atmospheric conditions and various …

Abstract 500 million tons of coal fly ash are produced worldwide every year with only 16% of
the total amount utilized. Therefore, potential applications using fly ash have both …

Oxyfuel ashes are supposed to form more sulfates than ashes from air-fired systems. This
can be caused by the increased SO2 concentrations due to intensive flue gas recirculation …