Translation of "Wärme aufnehmen" in English

The superheater is to take up as much heat as possible per unit of superheating surface area.

In the evaporator, water can therefore evaporate at low pressure and absorb heat.

They can take up, transfer, and store heat very well.

Apart from sealing the combustion chamber, the piston should mainly absorb pressure and heat.

This liquid is then supercooled and can absorb heat without immediately evaporating.

"The rotating receiver's greater efficiency compared with air enables it to absorb more solar heat.

The heat store 38 is high temperature resistant until about 2000° C. and can easily absorb the heat.

The evaporator 22 is thus able to absorb heat generated by the rotor and the stator.

During this process, the air cools down to very low temperatures to be able to absorb heat.

An organic working fluid circulates in a secondary circuit and can absorb or release heat.

This allows the medium to optimally absorb heat and drive a turbine over a large temperature range.

And then when the air comes back after it's been cooled it picks up that heat again.

According to another process, the hot reaction gases which contain PMDA, are brought in contact with pneumatically transported solid balls which absorb the heat and thus coat themselves with the material to be sublimated.

In the return flow from the heating circulation loop, the stream 8 of heat-transfer fluid is passed to the degassing portions 3 of the absorption units 1, where the stream is cooled to around 2° C., so that the stream 8 can again go to the solar collector 20 to pick up heat.

For this purpose such excess heat is introduced into heat storage devices which as a storage material contain crystalline substances which melt at a temperature below the physiologically optimal room temperature and which at the melting temperature, absorb the excess heat.

At the 1040 level there is also the option of installing several separate coolers because the return air is still liable to evacuate a further appreciable amount of heat.

Regarding the present problems, metals have multiple negative properties because they not only quickly absorb heat, but are also good heat conductors and have a large heat retention capacity.

Thermal strains in the tube wall 2 when the vapor pressure is below the critical pressure are therefore precluded even if the tubes 6 of the bottom 2 are of different lengths and absorb different amounts of heat.

Furthermore, an outer die can take up and dissipate much heat, so that the heat problems can be mastered relatively well--especially since the compressive load-carrying capability of the outer die in any case permits cold forming in regions, in which hot forming is generally preferred in other pipe-shaping processes.

Heat regulating device 16 under thermostated block 9 is fitted with a cooling body 18 which also may be present at the other heat regulating devices and which in that event offers the advantage, if the heat regulating device is a Peltier element, that heat must be dissipated or received on its surface away from the heat regulating block.

Since via their transition portion the longer contacts of a contact assembly basically absorb more heat than the shorter contacts, there is obtained a temperature gradient between the contacts.

A fan 103 increases the flow velocity of the intake air and guides it past protection caps 104 across the radiator fins 105 where the air may adsorb the generated heat.