Sentences with phrase «by evaporative cooling»

«But the tropical forests present a win - win because they cool the planet by evaporative cooling and the uptake of carbon.»

The net effect is that a lot of the radiative warming is negated by evaporative cooling.

«86 % of the global evaporation occurs from the oceans, reducing their temperature by evaporative cooling.

«And it's a puzzle to explain why the energy removed from the water table by evaporative cooling doesn't just ice things over.»

Not exact matches

Evaporative humidifiers generate cool moist air through evaporation caused by a rotating fan.

A comprehensive study conducted by Vetmeduni Vienna, BOKU and ZAMG has now shown that the usual cooling systems, such as earth - air heat exchangers or direct and indirect evaporative cooling, some of which have been established practice since the 1960s, are good choices for cooling livestock buildings.

Accelerant poured on the concrete actually protects it by providing a cool, evaporative surface..

The team believes this evaporative cooling process might be used to some degree by all mushroom - producing fungi, including those that cause disease in plants, animals, and humans.

«It's an industrial grade evaporative cooler that is powered only by solar cells, without connecting to the electrical network.

The increase in evaporative cooling with increased surface temperature is therefore limited by the increase in precipitation, not by the increase in sea surface temperature.

Energy - saving measures include an upgraded chiller plant which utilizes evaporative cooling systems and waste heat recovery, to reduce electricity consumption by 20 %.

Inside the Arctic the big factor is sea ice extent because that makes a huge difference by blocking radiative and evaporative cooling and not conducting particularly well either.

There are other processes like evaporative cooling and diffusion followed by convection which can not be affected by backradiation, and which will tend to compensate for any slowing of the radiation.

I'm puzzled why it is that people don't get excited by the apparent probability that the evaporative cooling / latent heat transfer should provide a major negative feedback with any T increase / increased water vapour.

Why would they try to minimize evaporative cooling at the surface while nearly maximizing it at the walls by use of uninsulated canvas?

When I lived with my parents in New Mexico from 1956 to 1962, I learned that we cooled our house in the summer by adding heat energy brought in from outside, i.e., I figured out the difference between heat energy and temperature by puzzling over the working of the evaporative air conditioner on the roof of our house.

Some of the surface cooling would be caused by an increase in evaporative cooling due to the higher trade winds, but the vast majority of the surface cooling is caused by the upward shift in the thermocline, which is also related to the increase in trade winds.

Question is, how much heat is removed from the surface by radiation, air convection and evaporative cooling.

The evaporative, conductive and radiative processes combined then set up a thermal gradient causing an upward flow of energy from water to air from where that 1 mm layer touches the ocean bulk below, up across the cooler layer then to the Knudsen layer by reversing the normal (warm at the top and cool at the bottom) temperature gradient which exists from that 1 mm layer down to the ocean bottom.

This is the same as Configuration 1 except that SunTuf corrugated polycarbonate glazing has bee added over the absorber to see if the glazing improved efficiency by reducing absorber heat loss and reducing evaporative cooling from the open water channels.

So when an evaporative air cooler evaporates one litre of water it cools a room by about the same amount as running a simple 1kW heater would warm the room in three quarters of an hour.

D Cotton June 15, 2013 at 6:38 am The whole of the pseudo physics of greenhouse effects and assumed heating of the surface by back radiation (or «radiative forcing») is trying to utilise the Stefan - Boltzmann equation which only relates to bodies in a vacuum losing all their energy by radiation without any conduction or evaporative cooling.

The other three scenarios were chosen to test the impacts of likely trends in air conditioning equipment in the city: one for which all evaporative and free cooling systems were replaced by dry systems, and the other two designed on a future doubling of the overall air conditioning power but with different technologies.

These water bodies are fed by the recycled water from the sewage treatment plant and help in the creation of a microclimate through evaporative cooling.

Last, the combined respiration of the plants in the greenhouse - collectively an enormous evaporative surface - cools the air and helps to reduce the «heat island effect» created by the typical black tar roof.

«Clouds, which largely determine the geographic patterns of DTR, greatly reduce DTR by sharply decreasing surface solar radiation while soil moisture decreases DTR by increasing daytime surface evaporative cooling.

The evaporative cooling from wind passing by the wet canvas kept the water inside cool on the way to the swimming hole.

This leaves only the surface evaporative cooling, which is balanced by global precipitation, as the term to accommodate such an increase.

Mushroom spores are spread by air flow and many species of mushroom have a unique way of helping mother nature: they create their own little micro-breezes through evaporative cooling to help their spores move about.