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New solar-air dual-source heat pump design based on blower fans

Scientists have utilized two blower fans with two roll-bonded bare plates to create a heat pump that can operate in variety of ambient temperature and solar radiation conditions. The system has an average daily coefficient of performance of 3.24.

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Cleaning procedure for a plate heat exchanger derived from data analysis based on recurrent neural networks

Cleaning procedure for a plate heat exchanger derived from data analysis based on recurrent neural networks
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PNNL: Beset in Mucus, Coronavirus Particles Likely Travel Farther Than Once Thought

A modeling study raises questions about how far respiratory droplets, like those that transmit the virus that causes COVID-19, can travel before becoming harmless. Can the airborne particles that carry the virus remain infectious not just for a few f

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Covid airborne particles can infect over 200 feet: Study

The team analysed the mucus that coats the respiratory droplets that people spew from their lungs. Scientists know that mucus allows many viruses to travel further than they otherwise would, enabling them to journey from one person to another.

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Covid airborne particles can infect over 200 feet: Study

Small coronavirus respiratory particles can remain moist and airborne for a longer time and at greater distance than scientists have thought so far.Scientists at the US Department of Energy's Pacific Northwest National Laboratory estimates that ...

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Airborne Coronavirus Particles May Travel Farther Than Thought: Lab Study

Small coronavirus respiratory particles may remain moist and airborne for a longer time and travel to greater distance than previously thought, a study conducted in a laboratory suggests.

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PNNL study suggests mucus helps coronavirus particles travel farther than once thought

The FLC educates and promotes its member research labs, agencies, and research centers nationwide, facilitating partnerships to transfer technologies out of government labs and into the marketplace, where they improve the economy, society, and national security.

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Airborne coronavirus particles may travel farther than thought, lab study suggests

A laboratory study suggests that coronavirus particles in the air may travel much farther than thought.

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New Study Explain How Coronavirus Stays Airborne Longer Than Previously Thought

New information on the airborne spread of Covid.

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Respiratory virus particles likely travel greater distance than previously thought

A modeling study raises questions about how far respiratory droplets, like those that transmit the virus that causes COVID-19, can travel before becoming harmless.

Carolyn-burns , Leonard-pease , Nora-wang-esram , Gourihar-kulkarni , Julia-flaherty , Alex-vlachokostas , Emily-henderson , International-communications-in-heat , Department-of-energy-pacific-northwest-national-laboratory , Pacific-northwest-national-laboratory , International-communications , Indoor-air