Sentences with phrase «convective cooling»
Convective cooling refers to a process where heat is transferred away from an object through the movement of a fluid, usually air or liquid. It works by circulating the fluid around the object, carrying away the heat and helping to cool it down. Full definition
Modern light - water reactors can employ convective cooling to eliminate the need for external cooling in the event of an anomaly such as an earthquake.
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Perhaps it is altogether possible that the actual climate sensitivity of the Earth is greater than currently proposed as feedbacks such as increased convective cooling, as well as cloud mediated reflective aerosol cooling reduces surface temperatures in a limited response range.
Well, either (1) there is insulation without convective cooling, either (2) there is not.
I understand you say there is no insulation because you said «Insulation, a blanket, a greenhouse, all work the same way, and that way is preventing convective cooling and air circulation».
The moon is not big enough to have the same strong convective cooling process that Earth has in its interior, he explains, and ordinarily convection is one of the main mechanisms thought to lead to large - scale rifting.
Additionally, because the high - volume supercharger extends right through an opening in the hood (no clear polycarbonate cover as on the Z06), Callaway claims additional conductive and convective cooling benefits.
The practical benefit of this is extra convective cooling — airflow over the car helps carry away heat.
Callaway engineers say that by exposing the supercharger's plenum to outside air flow, the design takes advantage of the significant charge air temperature reduction provided by convective cooling.
Our system offers orders of magnitude better convective cooling than an air - cooled system and thus can handle higher densities.
Their meaning is that Ramanathan's greenhouse factor, G = Su - OLR, also equals to G = Ed - Eu, meaning that the greenhouse effect in our radiative - convective atmoshere is the difference of downward radiative heating and the upward convective cooling — see
This fact is a direct arithmetic consequence of Miskolczi's first empirical rule, Aa = Ed, resulting the new form of Ramanathan's G = Su - OLR as G = Ed - Eu, meaning that the greenhouse effect equals to the downwelling radiative heating minus the upwelling convective cooling — as it must be in our radiative - convective atmosphere.
Modern light - water reactors can employ convective cooling to eliminate the need for external cooling in the event of an anomaly such as an earthquake.
Either case is without convective cooling, so the thermos bottle is not a thermos bottle any more.
Insulation, a blanket, a greenhouse, all work the same way, and that way is preventing convective cooling and air circulation.
Insulation in the form of a blanket, a sweater, a greenhouse enclosure, home insulation, etc., is about reducing and eliminating convective cooling, i.e. the loss of warm air.
No air means no convective cooling, more convection like when using a fan means faster cooling.