Sentences with phrase «thus cooling the water»

Likewise from a mile away, some joules emitted there will jump into the cooler water, thus the cooler water has a bit of reach.

Not exact matches

The sparsely furnished rooms, which feature private baths (but no hot water, which is very common throughout Costa Rica) are large with high ceilings and screens, thus providing cooling cross-ventilation.

In addition, it adopts a water - based cooling technology instead of using chemical refrigerants such as chlorofluorocarbon and hydrochlorofluorocarbon for cooling, thus making it safer and more environmentally - friendly.

Thus it takes too long to cool a surface by boiling off water.»

Also if it is hot make sure you also take in some salt and start sipping on water so that your muscles can sweat and thus cool the extra energy produced by the higher effort.

The production M4 GTS's twin - turbo 3.0 - liter inline - six will be fitted with a water - injection system, which cools down the intake temperature thus allowing a higher compression ratio or increased turbocharger boost for more power.

Thus, the GT3 engine is very similar to the completely water - cooled Porsche 962 racing car's engine, which is based on the same crankcase.

The GT3 engine could thus also be thought of as similar to a 959 engine, but with water - cooled cylinders.

«For several years now, scientists have had evidence that dust from storms across the vast expanse of the Sahara Desert drifts out over the Atlantic where it reflects some solar radiation back into space, thus cooling the ocean waters that fuel hurricanes.

The containers» clever double - wall design is meant to be filled with water, which evaporates slowly thanks to the waste heat generated by the refrigerator, a process that also lowers the containers» internal temperatures — thus naturally cooling its contents.

In a fridge, you extract heat from the air inside and make the interior cool, while the pipes at the back heat up: heat pumps take heat from air, the ground, or water and pump it into a building, thus warming it up.

The specific heat of water vapour is higher than that of carbon dioxide, so it will reduce the gradient slightly, and thus have a cooling effect, just as it does by reducing the gradient to the «wet adiabatic lapse rate» on Earth.

The persistent upwelling of cold water in the eastern tropical Pacific would have reduced cloud cover there, via reduced oceanic evaporation, and thus allowed more of the sun's energy to enter the tropical ocean - this would have aided the ocean warming process, as generally the case when the tropical ocean is cooler - than - normal.

Thus the cooler the Earth will be with more CO2 or water vapor.

But emissivity of a rocky planet would certainly be less than 0.88 and so the temperature would be over 290K and thus there is actually cooling by greenhouse gases, as empirical data proves to be the case for water vapour.

Water vapor does not merely «enter» the atmosphere: it rises, condenses to water, freezes to form clouds (thus warming the upper troposphere), then falls to the ground cooling the lower atmosphere and surWater vapor does not merely «enter» the atmosphere: it rises, condenses to water, freezes to form clouds (thus warming the upper troposphere), then falls to the ground cooling the lower atmosphere and surwater, freezes to form clouds (thus warming the upper troposphere), then falls to the ground cooling the lower atmosphere and surface.

Apparently the massive storms and cold air was being caused by fresh water from melting poles draining into the ocean, thus cooling the ocean rapidly.

The most recent abrupt cooling, a half - sized one about 8,200 years ago, appears to be due to a meltwater lake inland in Labrador about the size of present - day Lake Superior, which found a path into Hudson Bay, its waters thus coming into the Labrador Sea from Hudson Strait.

You wrote: «This mechanism, this El Nino / La Nina pump skimming off the hot Pacific water and pumping it to the poles, prevents long - term Pacific heat buildup and thus actively keeps the planet from both overheating and excessive cooling.

This mechanism, this El Nino / La Nina pump skimming off the hot Pacific water and pumping it to the poles, prevents long - term Pacific heat buildup and thus actively keeps the planet from both overheating and excessive cooling.

Thus, after the water evaporates, salt and other minerals deposit onto the cooling fins of the cooling tower creating a maintenance issue.

By the way, water is the only molecule in the upper atmosphere of significant quantity to radiate the balance of IR beyond the minor CO2 radiation plus the IR window radiation and as such is the primary earth cooling agent (including cloud reflection) and thus is a negative feedback to any actual changes in solar input energy.

When water evaporates, it takes heat energy from the surrounding air, thus creating cooling.

Thus, cooling during the last 5.33 Myr in the Southern Ocean site of deep water formation was smaller than the global average cooling.

In addition, it adopts a water - based cooling technology instead of using chemical refrigerants such as chlorofluorocarbon and hydrochlorofluorocarbon for cooling, thus making it safer and more environmentally - friendly.

The general tendency is thus the cooling of water in the oceans.

As the Earth's surface cools further, cold conditions spread to lower latitudes but polar surface water and the deep ocean can not become much colder, and thus the benthic foraminifera record a temperature change smaller than the global average surface temperature change [43].

The fact that air movements are mainly near horizontal rather than vertical slows down the adiabatic lapse rate considerably thus keeping the air molecules closer together for longer — It is also likely that temperatures would be cooler without Water Vapour.

When temperatures rise there may be more water vapor evaporated into the Atmosphere and that may result in more clouds and, if clouds have a net cooling effect (as I think they do) that may reduce the rate of incoming shortwave radiation and thus reduce incoming energy rates such that the temperatures will not rise as high.

Thus, loss of sea ice INCREASES heat loss from the Arctic Ocean, and provides a net COOLING of the air and water in the Arctic Ocean.

Re 99 should be:... Thus, global atmospheric temperatures were higher in the early Eocene (55 - 50 mya) than in the late Cretaceous (70 - 80 mya) while the deep ocean waters were cooler in early Eocene than in late Cretaceous.

Because the temperature gradient in a planet's troposphere is the state of thermodynamic equilibrium which the Second Law of Thermodynamics says will evolve, the planet's supported surface temperature is autonomously warmer than its mean radiating temperature, so warm in fact on Earth that we need radiating gases (mostly water vapour) to reduce the gradient and thus cool the surface from a mean of about 300K to about 288K, this being confirmed by empirical evidence (as in the study in my book) which confirms with statistical significance that water vapour cools rather than warms, all these facts thus debunking the greenhouse conjecture.

«''» Earth that we need radiating gases (mostly water vapour) to reduce the gradient and thus cool the surface from a mean of about 300K to about 288K, this being confirmed by empirical evidence (as in the study in my book) which confirms with statistical significance that water vapor cools rather than warms, all these facts thus debunking the greenhouse conjecture.

Orphelia went over cooler water for a great deal of time, and it never was a Katrina, or a Rita, Katrina's deviation made it last longer over warmer SST's, thus gaining strength.

Cutting edge data centers of the future will require less of a physical human presence, and are likely to: â $ cents Rely on a VIL to optimize equipment management and provide for virtual remote control capable of instant changes, switches and adds â $ cents Achieve LEED certification for the physical building â $ cents Rely on more efficient water cooling that potentially takes advantage of an on - site tower to chill water for cooling the system (thus reducing energy consumption by using nature's natural cooling power to chill water) â $ cents Use fluid dynamics models to precisely design the interior of the building to maximize the efficiency of the HV / AC system for air - cooled computing systems â $ cents Tap into a mixed energy grid that relies on green energy sources such as solar, wind or hydroelectric (depending on geographic feasibility), along with a reliable city grid thus avoiding the need for the standard back - up Uninterruptible Power Supply (which will reduce equipment costs, minimize floor space used, and increase energy efficiency because systems that employ a UPS convert AC to DC and back, incurring substantial energy losses).

The constant flow of relatively warmer surface water that started in the mid 60s from the equitorial atlantic produced a net increase in arctic ice melt, thus a colder southward current in the E Atlantic, giving the wrong impression of generalised cooling in the region.

(para. 36, italics added) The Court thus opted for a lenient and broad interpretation of the types of measures that authorities can undertake to avoid adverse effects to a Natura 2000 site, as it could have construed the types of measures allowed as only those measures that directly mitigate the adverse effect of the project, such as for instance, restrictions on the water usage and discharge of cooling water.