Examples of 'heat-exchange' in a sentence
Meaning of "heat-exchange"
heat-exchange (noun) - The process of transferring heat from one medium to another. Heat exchange is commonly used in industries, engineering, and thermodynamics to control temperatures and facilitate various processes
How to use "heat-exchange" in a sentence
Basic
Advanced
heat-exchange
The efficiency value is a heat-exchange efficiency.
As many heat-exchange tubes or flues as desired can be arranged therein.
It is also used as a heat-exchange medium.
The heat-exchange fluid can also be used in a closed circuit.
Heating is ensured by circulating a heat-exchange fluid in a jacket.
Heat-exchange units and machinery for liquefying air or other gases.
Device for fixing a panel of heat-exchange tubes.
The fins of the heat-exchange module are common to the two exchangers.
The cyclone can be heated by a heat-exchange fluid.
Thus the heat-exchange fluid changes state as it circulates in the loop.
It supplies the unit by direct heat-exchange in the daytime.
The said heat-exchange means include a countercurrent heat exchanger comprising,.
It is also possible to use the heat-exchange fluid in an open circuit.
In a plate reactor, the reaction compartments are delimited by heat-exchange plates.
The invention relates to a heat-exchange fluid and to its use.
See also
This results in a simplification of the assembling of the heat-exchange module.
It also relates to heat-exchange plates allowing the production of such an exchanger.
Investigations of the drop flows hydrodynamics and heat-exchange in vacuum.
A fin type heat exchanger includes a fin to improve heat-exchange efficiency.
Preheated oxidant and tempered heat-exchange gas are thus obtained.
Thus, it is necessary to increase the thermal conductivity of the heat-exchange fluid.
The tubes are equipped with heat-exchange surfaces such as pins or corrugated inserts.
Water is one of the best fluids known as heat-exchange fluid.
This exchanger comprises a heat-exchange core housed in a plastic housing closed by a cover.
This results in a simplification of the fitting of the heat-exchange module.
Around the pipe there is a heat-exchange mantle to provide indirect heat exchange.
Advantageously, jacketed molds with circulation of a heat-exchange fluid are used.
A heat-exchange jacket may be provided to remove or supply heat to the reaction zone.
Capital investment for sophisticated heat-exchange systems may be high.
The heat-exchange arrangement is normally installed at an early stage in the construction of a building.
In this manner the magnitude of the heat-exchange coefficient is raised.
A heat-exchange element then comprises several reservoirs and several fluid-circulation tubes.
This normally results in excessive consumption of the heat-exchange bodies.
The container may be a heat-exchange condenser or any other container under variable pressure.
This tubular device is advantageously placed in a chamber comprising a heat-exchange fluid.
Fins contributing to increasing the heat-exchange surface area are associated with these tubes.
Preferably they are placed in the same chamber comprising a heat-exchange fluid.
The first heat-exchange section has the shape of a half-circle or the shape of a circle.
The tubular reactor is generally placed in a chamber or a jacket comprising a heat-exchange fluid.
The heat-exchange fluid of the invention is thus perfectly appropriate for this type of use.
The finishing reactor can be placed in an enclosure or jacket comprising a heat-exchange fluid.
In particular, the heat-exchange fluid requires passage through a device for maintaining its temperature.
Of course, it may just as easily be cooled to more than two heat-exchange levels.
In this case, the heat-exchange chamber has two ducts with parallel helical paths.
The air supply pipe is supported separate from the heat-exchange units.
Therefore, the thermal fluid in the heat-exchange chamber is forced to follow the helical path.
Modern wetbacks may run the pipe in a more sophisticated design to assist heat-exchange.
The heat exchange is particularly efficient with the circulation of a heat-exchange fluid in the system.
The compositions according to the invention can also be used as refrigerants or heat-exchange fluids.
In other terms, the thermal fluid inside the heat-exchange chamber moves with no defined path.
