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The super-cool materials that send heat to space
by
Lim, XiaoZhi
in
639/301
/ 639/624
/ 639/638/204/675
/ 704/106/694
/ Air temperature
/ Atmosphere
/ Carbon
/ Chemical bonds
/ Earth
/ Electricity
/ Energy
/ Fluorine
/ Hafnium
/ Hafnium oxide
/ Heat
/ Heating, cooling and ventilation
/ Heating, ventilation, and air conditioning industry
/ Infrared radiation
/ Innovations
/ Materials
/ News Feature
/ Organic chemistry
/ Paints
/ Polymers
/ Product introduction
/ Radiative transfer
/ Silicon dioxide
/ Skylights
/ Sun
/ Synthetic products
/ Temperature gradients
/ Thin films
2020
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The super-cool materials that send heat to space
by
Lim, XiaoZhi
in
639/301
/ 639/624
/ 639/638/204/675
/ 704/106/694
/ Air temperature
/ Atmosphere
/ Carbon
/ Chemical bonds
/ Earth
/ Electricity
/ Energy
/ Fluorine
/ Hafnium
/ Hafnium oxide
/ Heat
/ Heating, cooling and ventilation
/ Heating, ventilation, and air conditioning industry
/ Infrared radiation
/ Innovations
/ Materials
/ News Feature
/ Organic chemistry
/ Paints
/ Polymers
/ Product introduction
/ Radiative transfer
/ Silicon dioxide
/ Skylights
/ Sun
/ Synthetic products
/ Temperature gradients
/ Thin films
2020
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Do you wish to request the book?
The super-cool materials that send heat to space
by
Lim, XiaoZhi
in
639/301
/ 639/624
/ 639/638/204/675
/ 704/106/694
/ Air temperature
/ Atmosphere
/ Carbon
/ Chemical bonds
/ Earth
/ Electricity
/ Energy
/ Fluorine
/ Hafnium
/ Hafnium oxide
/ Heat
/ Heating, cooling and ventilation
/ Heating, ventilation, and air conditioning industry
/ Infrared radiation
/ Innovations
/ Materials
/ News Feature
/ Organic chemistry
/ Paints
/ Polymers
/ Product introduction
/ Radiative transfer
/ Silicon dioxide
/ Skylights
/ Sun
/ Synthetic products
/ Temperature gradients
/ Thin films
2020
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Journal Article
The super-cool materials that send heat to space
2020
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Overview
Paints, plastics and even wood can be engineered to stay cool in direct sunlight — but their role in displacing power-hungry air conditioners remains unclear.
Paints, plastics and even wood can be engineered to stay cool in direct sunlight — but their role in displacing power-hungry air conditioners remains unclear.
Credit: Jyotirmoy Mandal
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