CO2
converts radiant energy (light) into kinetic energy (heat).
Not exact matches
The company behind the technology has created fibers laden with thermo - reactive minerals that
convert a person's
radiant body heat into infrared
energy, which is reflected back into the body.
Another disadvantage is the high levels of
radiant heat
energy produced by high - pressure sodium lamps; up to 75 % of the
energy from HPS lamps that is not
converted to light is emitted as
radiant heat
energy, causing the surface of the lamps to reach temperatures as high as 450 °C.
Solar collectors absorb
radiant energy,
convert it into heat and hold the heat.
Prestyl and Ducoterra systems
convert 100 % of the consumed
energy into heat -
energy; the vast majority is
converted into
energy - efficient, healthy,
radiant energy.
CO2 is an IR - reactive molecule,
converting incoming
radiant daytime IR
energy to kinetic temperature
energy thereby heating the surrounding N2 / O2 (non-IR reactive) atmospheric gases.
When accounting for the rate of change of internal
energy, feel free to account for photosynthesis
converting thermal and
radiant energy to heat on.
Soot in the air
converts the sun's
radiant energy immediately into heat
energy so that plants can not get sun's
energy for photosynthesis to occur.
Are there any models that include the fact that plant life grows faster with more CO2 and therefore
energy is TAKEN out of the equation at an ever increasing rate as that plant life grows more quickly and therefore
converts energy from solar
radiant energy to potential chemical
energy at a faster rate?