iŞi DEÐİŞTİRİCİ (HV.): Yakıt dolaşımı ile soğutmada olduğu gibi, bir maddedeki ısıyı başka bir maddeye nakletmeye mahsus cihaz
işi eşanjörü, bir akışkandan diğerine işi transfer etmek için yapılmış bir alettir. Eşanjörde akışkanların birbirine değmemesi gereken durumda akışkanlar katı bir duvarla ayrılırlar ve bu şekilde akışkanlar asla karışmaz. Akışkanların direkt olarak temas ettiği tiplerde vardır
(Mühendislik) iŞi DEÐİŞTİRİCİ (HV.): Yakıt dolaşımı ile soğutmada olduğu gibi, bir maddedeki ısıyı başka bir maddeye nakletmeye mahsus cihaz
(Askeri) ISI DEĞİŞTİRİCİ (HV.): Yakıt dolaşımı ile soğutmada olduğu gibi, bir maddedeki ısıyı başka bir maddeye nakletmeye mahsus cihaz
A device, such as a radiator, used either to cool or heat by transferring heat from one object to another
to facilitate the movement of heat from one location to another For example, the engine coolant in an automobile serves to transfer heat from the engine block to the atmosphere Likewise, water facilitates the movement of heat from the reactor core to the outside of a nuclear reactor
A device designed to transfer heat between two physically separated fluids or mediums of different temperatures
(heat) (impl) A device, such as a coiled copper tube immersed in a tank of water which is used to transfer heat from one fluid to another through a separating wall A CONDENSER is one type of heat exchanger F - echangeur de chaleur S - termopermutador
fuel-oil cooler, to help cool the oil The exchanger is a cylindrical oil chamber surrounded by a jacket through which the fuel passes Heat from the oil is transferred to the fuel by conduction
A series of tubes in a furnace that absorb the heat of combustion and transfer it to the plenum
device that passes heat from one substance to another; in a solar hot water heater, for example, the heat exchanger takes heat harvested by a fluid circulating through the solar panel and transfers it to domestic hot water
Any of several devices that transfer heat from a hot to a cold fluid. In many engineering applications, one fluid needs to be heated and another cooled, a requirement economically accomplished by a heat exchanger. In double-pipe exchangers, one fluid flows inside the inner pipe, and the other in the annular space between the two pipes. In shell-and-tube exchangers, many tubes are mounted inside a shell; one fluid flows in the tubes and the other flows in the shell, outside the tubes. Special-purpose devices such as boilers, evaporators, superheaters, condensers, and coolers are all heat exchangers. Heat exchangers are used extensively in fossil-fuel and nuclear power plants, gas turbines, heating and air conditioning, refrigeration, and the chemical industry. See also cooling system
A device for transferring heat from one fluid to another without intermixing the fluids, as (a) a regenerator and (b) an apparatus for cooling or heating the air in a wind tunnel See radiator, sense 2
Located in the furnace, the heat exchanger transfers heat to the surrounding air, which is then distributed throughout the home
A cooling unit that recirculates a small volume of water in a closed-loop; sometimes used with water-cooled lasers Hot water from the laser is cooled by water-to-water or water-to-air heat transfer There is no active refrigeration, as in a chiller [See Also: Recirculator]
Device (e g , a radiator) that is designed to transfer heat from the hot coolant that flows through it to the air blown through it by the fan
A device which transfers heat through a conducting wall from one fluid to another
device that transfers heat from one liquid to another without allowing them to mix
A piece of brewing equipment used for heating or cooling the wort or beer rapidly
A device used to transfer heat from one substance to another Heat exchangers can be air to air, air to liquid, or almost any combination
A device located inside the heater providing for the transfer of heat from the heat source to the water This is usually a seriew of metallic tubes with fins located just above the flames
A device used to transfer hear from a fluid (liquid or gas) to another fluid, where the two fluids are physically separated (usually by metal tubing) Household examples of heat exchangers are heating radiators and the coils on your refrigerator and room air conditioner
Enables furnaces to safely transfer heat from combustion into breathable air The primary heat exchanger transfers heat from combustion gases to the air blowing through the ductwork, never allowing combustion gas into the air stream The primary heat exchanger handles the hottest gases In high-efficiency furnaces, secondary heat exchangers recover heat that used to be vented up the chimney with the exhaust gases By recovering this heat, the furnace becomes more efficient
A device that enables furnaces to transfer heat from combustion safely into breathable air
The part of a furnace that transfers heat to nearby air That air is then distributed through the Ductwork throughout your home
A device in which heat is transferred from one substance to another, for the purpose of cooling (or heating) one (or both) of the substances Wort chillers (both immersion and counterflow) are examples of heat exchangers, as are HERMS mashing systems
A cooling system that transfers heat from one medium to another with no direct contact between the two media Exchangers can be water-to-water, water-to-air, air-to-air, or a refrigeration cycle The liquid in the closed system may be other than water, and the gas may be other than air
A unit that transfers heat from one liquid (or vapor) to another without mixing the fluids A condenser is one type of heat exchanger
A device that transfers heat between two fluids through a separating wall A radiator is a type of heat exchanger that transfers heat from the liquid coolant to the atmosphere
Any mechanical device designed to transfer heat energy from one medium to another In many such exchangers water is used as the primary medium of transfer
heat exchanger
Hyphenation
heat ex·chang·er
Turkish pronunciation
hit îksçeyncır
Pronunciation
/ˈhēt əksˈʧānʤər/ /ˈhiːt ɪksˈʧeɪnʤɜr/
Etymology
[ 'hEt ] (verb.) before 12th century. Middle English heten, from Old English h[AE]tan; akin to Old English hAt hot.