As a passive, effective, and renewable way of decreasing cooling energy requirements
without power input, radiative cooling has attracted considerable attention in the field of …

The universe can be utilized as a sink for heat pumping by means of passive radiative
cooling (PRC). This approach is an age-old cooling practice that has had a renaissance with …

This work is focused on the characterization and parameterisation of the downward
atmospheric irradiance (LW) for clear and cloudy skies. LW is a component of the surface …

A passive radiative cooling system was designed, constructed and tested under clear skies.
This refrigerator operates by losing heat to the night sky through infrared (ir) radiation …

A mathematical model describing the performance of a modified Australian cooling system is
presented. The modified Australian cooling system is a night cold storage system enhanced …

Nocturnal distillation, which dominates the output of deep basin stills, has been studied
experimentally. From observations of continuous temperature and distillate measurements …

ABSTRACT A review of nocturnal cooling systems for space cooling is presented. The
cooling systems are grouped into two broad categories, namely, the air cooling system and …

An experimental study to determine the feasibility of using nocturnally cooled water for
space cooling is presented. The experimental test rig consist of a room, flat plate sky …

A comprehensive comparative analysis of the measured performance of a large scale
integral type natural-circulation solar-energy crop dryer suitable for use in the tropics is …

Heat transfer processes in the nocturnal boundary layer (NBL) influence the surface energy
budget and play an important role in many micrometeorological processes, including the …