the best absorber for infared radiation is a white shinny absorber :) ,,, im going to give you a energy effinency is,, the effenciey of any applliance is never more than 100 percent, the amount of energy transfered by a 4kw kilowatt)appliance switched on for 15 mins is 1 kw. if the cost of using this energy is 10p, then one kwh is the exact same cost as the same amount of 1kw. to convert watts in kilowatts, is you should divide by 1000!
white paper
Carbon dioxide is one of the best absorbers of infrared radiation in Earth's atmosphere. Water vapor is another important absorber of infrared radiation. Both of these gases contribute to Earth's greenhouse effect, trapping heat and helping to regulate the planet's temperature.
Black paint is known to be a good absorber of infrared radiation, as it absorbs most of the radiation that falls on it across a wide range of wavelengths. This is because the dark color allows the paint to efficiently absorb and convert the infrared radiation into thermal energy.
skinny metal
Black is the best absorber and emitter of heat. Black objects absorb most of the incoming radiation, converting it into heat, and they also emit thermal radiation efficiently.
No, white paper is not the best absorber of infrared radiation. Darker objects, like black paper or materials with dark pigments, tend to absorb more infrared radiation because they reflect less of it compared to white surfaces.
clothes are the most absorber of sound
clothes are the most absorber of sound
well, i believe Co2 (carbon dioxide) and H2o (water) are the best absorbers of infrared radiation my young grass hopper. Beast
Dark (especially black) surfaces absorb infra-red well. White and silver surfaces reflect radiation.so its a good absorber. However,conductivity depends on the metal being used.
The most effective material for providing the best radiation shielding is lead.
A dull surface is a better absorber of infrared radiation heat compared to a shiny surface. The rough texture of a dull surface allows for more absorption of infrared radiation, while a shiny surface reflects much of the radiation.