A heat-carrying fluid is circulated through an air-permeable screen for cooling said screen.
The insulating layer (2) has a recess (6) designed to hold a tube (8) through which a heat-carrying fluid passes.
This probe (10) comprises a heat-carrying fluid circulating circuit with a fluid inlet (28) and a fluid outlet (34) that are connected to a heat pump.
By providing a spiral passageway for the heat transfer fluid, improved heat transfer from the first surface to the heat transfer fluid is obtained.
The heat transfer fluid may also include corrosion inhibitors that are soluble in the polyhydric alcolhols used for the heat transfer fluid.
A second heat transfer fluid is heated through a heat exchanger ( 204 ) using heat imparted from the first heat transfer fluid.
A first heat transfer fluid is heated in a field ( 203 ) of concentrating solar collectors.
A heat transfer fluid comprised of a syrup.
Heat carrier fluid is driven past the modules in a reversible direction.
The heat carrier tube being filled with a heat carrier fluid, being closed and having a boiler portion (172), which is arranged in thermal contact with a heat generating means (32) of said cooling module for boiling the heat carrier fluid.
A heat carrier (5) can be conveyed in a fluidic manner in at least one line (4).
The carbon slag generated by the cracking of materials is used as a heat carrier.
Heating irregularities of a heat carrier in the assemblies (3) are excluded by intermediate mixing of the heat carrier in intermediate headers.
The single coolant drum receives the coolant fluid from a number of coolant fluid outlet streams of each of the reactors.
The coolant receiving inlet receives a flow of coolant from the engine.
The single coolant drum supplies the coolant fluid at a common temperature to a num¬ ber of coolant fluid inlet streams of each reactor.
The insulation oil heated from the transformer gasifies the refrigerant in the refrigerant boiler and the insulation oil is cooled by the latent heat of evaporation of the refrigerant.
A refrigerant reservoir may be provided for use in refrigerant charge control.
The heat-transfer-fluid transporting line and the further heat-transfer-fluid transporting line are coupled here to form an overall heat-transfer-fluid transporting line.
The trunk line also has a coolant fluid conduit connected to a source of coolant fluid for delivering the coolant fluid to said the chamber of the heat exchanger.
The throttle may be configured to receive the coolant from the recuperator and to throttle the coolant.
The operating mode of the heat transfer medium storage means is, in particular, a discharge mode (discharge operation) for removing heat transfer medium from the heat transfer medium storage means.
The second expanded refrigerant is nitrogen.
The second trunk line also has a second coolant fluid conduit connected the outlet tube of the heat exchanger for delivering the coolant fluid back to the source of coolant fluid.
A refrigerant reservoir (70) may be provided for refrigerant charge control.
The first heat transfer medium (9) cooled with respect to the medium is used to form the second heat transfer medium (W).
According to the invention, the fluid to be cooled constitutes the heat-transfer fluid.
A refrigerant reservoir (70) may be provided for use in refrigerant charge control.
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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