Sentences with phrase «reducing heat transfer»

By reducing heat transfer from the pads to the brake fluid, consistency and performance are enhanced.

She broke the inner glass container of one flask, letting the vacuum between the inner and outside containers escape, and by comparing this Thermos «knock - out,» as she would now call it, with an unbroken flask, she learned that it is the vacuum that greatly reduces the heat transfer and keeps our tea and coffee hot.

Also, film of oil lining the channels in the block could reduce heat transfer or even block small channels, frothing can produce a foamy emulsion which could block small channels and possibly cause water pump cavitation, etc..

A floating disc also avoids disc warping and reduces heat transfer to the wheel hub.

And as the ice melts, it cools the neighboring water layers which reduces the heat transfer rate and slows the melt.

The impact on heat transfer is even bigger, because the temperature difference (delta T) declines and reduces the heat transfer rate.

The authors also point out that lowering attic temperature not only reduces heat gain through the ceiling to the living area, but also reduces heat transfer into AC ducts and air handling equipment in the attic.

The strategic placement of fan exhaust and an angled mounting plate positions the top of the PC and vents away from users to help reduce heat transfer to the body

Not exact matches

Using tongs, transfer chiles to a large pot and add 2 cups of chicken or beef broth, bring to boil, then reduce heat and simmer uncovered for 25 minutes until chiles are very soft, stirring occasionally to ensure even soaking.

Skim fat from cooking liquid, transfer to a pan and cook over medium - high heat until reduced to 2 1/2 to 3 cups.

ADD remaining bread slices and transfer sandwiches to skillet; cook slowly until golden on underside, reducing heat if browning too quickly.

Then you transfer it to a small sauce pan and bring to a boil, reduce heat, and simmer for about 20 minutes until it's a thick glaze.

Flip cutlets, reduce heat to medium, and cook until no longer pink and lightly browned on second side, about 2 minutes longer; transfer to large oven safe plate.

Simmer on medium heat until soup is reduced and very thick, then transfer into an oven - safe dish and layer the top with grated smoked cheddar.

Carefully transfer salmon into the pan, and reduce heat to a simmer.

Energy loss will occur through reduced contract point between the refrigerant and the heat transfer surface.

Transfer baking sheet with springform pan to oven; reduce oven heat to 300 degrees.

Transfer to oven; reduce oven heat to 300 degrees.

Reduce heat so liquid is simmering gently, cover, and transfer to oven.

Remove and reduce oven heat to 350 F. Transfer the tomatoes and garlic to a large serving bowl.

Transfer the banana liquid into a small saucepan and heat over medium - high for about 5 minutes, until it's reduced to about 1/4 cup (60 ml).

Gently transfer back to the lined baking tray and bake for 10 minutes at 200 then reduce heat to 180C and bake for a further 25 minutes or until the wreath is golden brown.

Reduce the heat to low, cover the pot and and transfer to the oven until the meat is very tender, 2 1/2 to 3 hours.

Such micro-structured surfaces have helped design new surfaces that mimic surfaces found in nature, such as self - cleaning surfaces, reduced - drag surfaces, surfaces capable of transporting liquids in microfluidic systems, variants with anti-icing or heat transfer properties, and even surfaces that facilitate oil - water separation.

Buildings are insulated by lining their facades with materials that reduce the transfer of heat to the outside environment.

Uncover pot and reduce juices on the stovetop over medium - high heat for 10 minutes, then transfer to a sauceboat.

Because water molecules are an essential component of all foods, so the higher boiling point of water inside a pressure cooker means the heat transfer through the food occurs more rapidly (the liquid water is hotter before it reaches a gaseous state at boiling point) thereby reducing cooking time.

Content includes the differences between heat and temperature, phase changes, methods of heat transfer, heat loss from houses and methods for reducing them.

This improves heat transfer reducing coolant temperature helping to prevent overheating and leaks.

A transmission oil warmer transfers engine heat to the transmission oil, helping reduce transmission friction during cold starts, increasing short - trip fuel economy.

The exhaust manifolds also feature triple - layer stainless steel heat shields, which limit heat transfer to the engine bay and help further reduce noise.

Liner coating provides improved durability and heat transfer, reduced friction, and a weight savings compared to the Mustang GT aluminum block

A CVT oil warmer transfers engine coolant heat to the CVT oil, helping reduce CVT friction during cold starts, increasing short trip fuel economy.

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Current options include ripping out walls and installing Roxul — a thermal wool insulation that reduces heat and noise transfer, opting for Green Glue — a tacky substance that offers virtually 100 % soundproofing, or building a sound - proof room.

Some heat is being transferred to the deeper ocean by wind changes, reducing the rate of increase in the upper layer, which reduces the warming rate on land.

If surface temperatures spike, and the ground is wet, evaporation rates increase, reducing the temperature by latent heat transfer.

Someone correct me if I'm wrong, but to me the difference between climate and weather can be reduced (with some oversimplification) to different aspects of heat transfer.

Either way direct beam radiation is reduced, although only the former process results in heat transfer.

Part of the energy is transfered to the water which begins to steam away reducing the heating reaching the rock.

Passive techniques for heat transfer control, ventilation and daylight access reduce energy loads further.

A heat recovery ventilator reduces energy use by transferring the heat or cold from the outgoing stale air and using it to condition the incoming fresh air.

The one big temp response that may increase is a decrease in glacial melt which would reduce the dampening effect of latent heat transfer.

To reduce the energy used to heat or cool this ventilation air, a Heat Recovery Ventilator (HRV) can be used to transfer heat between the supply and exhaust streams as well as to provide the fans needed to move the heat or cool this ventilation air, a Heat Recovery Ventilator (HRV) can be used to transfer heat between the supply and exhaust streams as well as to provide the fans needed to move the Heat Recovery Ventilator (HRV) can be used to transfer heat between the supply and exhaust streams as well as to provide the fans needed to move the heat between the supply and exhaust streams as well as to provide the fans needed to move the air.

Um... while the oceans as a whole would have to cool, the sea surface would have to warm up substantially in order to transfer lots of heat to the air (and in order to warm up substantially, I suppose there would have to be reduced circulation with cold deeper waters).

For the same reason there is no convection, therefore no winds to transfer heat because winds are volumes of gas on the move, all reduced to an imaginary atmosphere of empty space in which radiation only exists.

It was actually H2O inside the greenhouse kept the heat with its enormouse latent heat and specifc heat capacities and with the enclosure reducing the convection heat transfer from the inside of the enclosure to the outside.

Visible light is not a radio wave, for example, it has distinct properties in its own right and these properties act in distinct ways on meeting matter, to reduce this to some as yet unproven idea of photons and claim that all photons in transferring energy heat matter oblivious to other uses of energy while claiming to be discussing science of the physical world around us we can see and taste and hear and which we do understand empirically well how it impinges on us and we on it, is frankly pathetic coming from those claiming themselves educated in this.

So, La Nina reduces the latent heat transfer, while El Nino greatly increases it.

As the convection adds to the heat transfer, it always reduces the temperature gradient from what it would be without convection, it does not produce it.