Sentences with phrase «leaves via radiation»

With the current GHG content in the atmosphere, more solar energy arrives than leaves via radiation -LRB-.85 + / -.15 Watt / m ^ 2), which raises the heat content of the terrestrial system, i.e., the average temperature over the whole earth + oceans + atmosphere.

To my way of reasoning, if the basics of the EFC is correct, then it would be reasonable to accept that the result of the 168 W / m ² absorbed by the surface would be that (24 +78) = 102 W / m ² are leaving in the form of thermals and «evapo - transpiration» and then the remaining energy 66 W / m ², after having done it's job, would leave via radiation.

Not exact matches

Practically all energy entering the ocean is radiation but the majority leaves via evaporation.

I accept the idea that for a system surrounded by a vacuum when radiation - rate - equilibrium is reached, the amount of energy per unit time leaving a system via radiation is equal to the amount of energy per unit time entering the system.

Only now heat can leave the black body via conduction and convection as well as radiation, so I don't want to say the black body reaches radiation - rate - equilibrium, rather it reaches energy - rate - equilibrium.

«All the energy that enters or leaves the Earth system does so via radiation at the top of the atmosphere.

Energy (ie warmer water) can convect upwards all it likes but it can only leave * through the skin via evaporation or radiation which (I believe) is the limiting factor.

... you say that most of the energy leaving the system via IR emission (from CO2 in your example) is sourced from insolation, which would mean that only a small portion of the escaping CO2 radiation energy originates from earth's IR.

BPL (84) you say that most of the energy leaving the system via IR emission (from CO2 in your example) is sourced from insolation, which would mean that only a small portion of the escaping CO2 radiation energy originates from earth's IR.

Once the rate that energy leaves the object via radiation equals the rate at which thermal internal energy is being generated, the temperature of the surface of the object will cease to change and settle at a fixed value.