Sentences with phrase «greater transfer of heat»

Hurricanes do have a deep surface mixing effect that normal tropical convection doesn't produce, and that would be expected to result in greater transfer of heat to the atmosphere, but it gets complicated in a hurry; see the realclimate discussion of the Walker circulation for example, as well as the link between hurricanes and sea surface temps.

Not exact matches

And since coils are made of steel, they're not great at absorbing or retaining body heat — a good thing — and are great at transferring it away from you.

Ingredients: 1 head cauliflower, chopped 1 lb carrots, chopped Water Spices Directions: - In a large pot, add in cauliflower and carrots, cover with water (I usually use 6 - 8 cups)- Add in spices such as cumin, sea salt, and pepper - Allow to simmer on medium heat for 45 min to an hour - Transfer to a high powered blender, like a Vitamix - Mix on high for 45 seconds - Enjoy Veggie Broth: This is a great way to get in all of the veggies!

The great flow of Arctic deep water comes mainly from THC and is fed with NAD.It prooves the great sinking of water in this zone and the great oceanic heat transfer.

The Clausius - Clapayron relation is an equilibrium result that is never very accurate, and is least accurate during the episodes when the non-radiative transfer of heat to the troposphere from the surface is greatest, such as the build - up to intense thunderstorms.

That cooling leads to later daily formation of clouds near the tropics which means more sunlight heating the oceans means greater heat transfer into the oceans which subsequently results in lagging feedback in an El Niño that overshoots stasis.

Thermal means «of heat», it is the direct heat energy of the Sun, transferring the Sun's great heat by radiation.

By doing so you might learn along the way the real valid physics of heat transfer in fluid dynamics which is how we get out great wind and weather systems from the equator to the poles, because you would then understand that the atmosphere around us is a heavy voluminous fluid and the dynamics of heat transfer in this is by convection which is what wind is, created out of differential heating of volumes of this fluid.

Their model was based on the observation that in the troposphere (the lower and denser layer of the atmosphere, with pressures greater than 0.2 atm) the heat transfer is mostly by convection and the temperature distribution is close to adiabatic.

A variety of phenomena, including so - called «ocean fronts» are important players in heat transfer down to great depths.

As soon as you appreciate that the (local) equilibrium constraint is an approximation, you appreciate that it has an inaccuracy, and the question arises whether that inaccuracy is sufficiently great as to matter in particular cases: here, the particular cases of heat transfer within the Earth climate system.

So you are saying the heat [energy] transfered from the air to the sea is greater than the energy from under this curve given that NASA has recently found a difference in the distribution of energy by wavelength even though TSI stay relatively constant.

FFT is a great tool, but because it transfers all elliptic functions in sine function the real nature of the tide heat function is hard to simulate out of this sine functions.

On the contrary, whatever warm, hypersaline water sinks below the surface because of its great density is mixed relatively quickly by winds into the upper layer of the ocean, where it transfers its heat to colder parcels by conduction.

I presume the answer lies in admitting more of the complexity of real case into the computations: if not the spinning, irregularly surfaced sphere, then at least the huge differential in solar heating «twixt the equatorial and the polar regions, the great daily poleward energy transfers which compensate thanks in large part to massive convective systems.

The barrel cooling would have been greater if 1) the fan had started at the right time, and 2) the barrel water temp was higher at the start of the period (as it would normally be if the barrels had been used for cooling the day before), and 3) the heat transfer from air stream to barrels was further optimized as discussed elsewhere.