The rising demand for cooling worldwide comes with significant energy consumption and environmental concerns. Traditional ...

“While previous studies mostly focus on original system design and numerical simulation, we report a rational and universal ...

Air conditioning and refrigeration consume about 20% of global electricity, relying on century-old vapor-compression ...

In Husmann and Aschemann (2022), based on the finite volume method, three types of models are proposed for evaluating transient processes in vapor compression refrigeration systems. In the first, ...

Air conditioning is essential for maintaining comfort health and productivity within large buildings such as office towers shopping centers and industrial complexes Unlike residential air conditioning ...

The mechanical energy used to drive the refrigeration process in the chillers is produced using steam-driven ... The spinning turbine on each chiller powers a compressor which drives the vapor ...

Compression socks have long been used for patients with circulatory ailments and athletes to help avoid leg cramps and fluid buildup while reducing recovery time and the risk of blood clots.

Laravel Vapor is an auto-scaling, serverless deployment platform for Laravel, powered by AWS Lambda. Manage your Laravel infrastructure on Vapor and fall in love with the scalability and simplicity of ...

Credit: UCLA Soft Materials Research Laboratory Traditional cooling technology relies on air conditioning and refrigeration, which require vapor compression that not only consumes a great deal of ...

Traditional cooling technology relies on air conditioning and refrigeration, which require vapor compression that not only consumes a great deal of energy but also uses carbon dioxide as a coolant.

Here, we chart the evolution of the science of optical refrigeration in rare-earth-doped solids and semiconductors from its origins through to the present day. There are several factors that limit ...