Übersetzung für "Superheated water" in Deutsch

The supply of heating water, superheated water, or superheated steam for example is particularly suitable.

Solid materials 10 are supplied to a drying process with superheated water steam 10 .

Therefore superheated water or steam can be considered as the heat-transfer agent for direct heat exchange.

At high temperatures, superheated water vapour acts as an additional oxidant in addition to oxygen.

Operating the collectors in the wet-steam range is more expedient than using superheated water vapour.

Supercooled or superheated water, alcoholic or acidic beverages such as dress should not use disposable paper cups.

Assemblies intended for generating steam or superheated water at a temperature higher than 100 °C comprising at least one item of fired or otherwise heated pressure equipment presenting a risk of overheating.

If not corrected, this would mean that superheated water would count as “extremely flammable”, which is of course not desired.

In this context there may be mentioned simple nozzles with a diameter of, for example, 0.5-5 mm and a length of 0.1 to 1,000 cm, conical nozzles with a comparable annular gap and two-material nozzles, it being possible to use inert gases, such as hydrogen, steam and the like, or liquids, for example superheated water, as the propelling medium.

Finally, there should be mentioned the treatment of sinter-iron parts in superheated water vapor, which also produces an increase in hardness and wear resistance in addition to an increase in corrosion resistance.

These subheadings do not include electrically heated steam boilers and "superheated water" boilers (Heading No 8402).

When heating up to more than 100° C., the advantage of heat treating a traveling yarn, in particular, of a multifilament synthetic yarn, with, in particular, a saturated water vapor instead of a highly superheated water vapor or hot air, consists in that the saturated water vapor has a large, latent heat content (heat of evaporation), and that the yarn is highly heated at high yarn speeds and short dwelling times because of the very high heat transfer coefficients at condensation, in contrast to the convection, radiation or direct heat conduction.

With some polymers, it is also possible to carry out the hydrolysis step at normal pressure and with superheated water vapor, without generating a corresponding vacuum in the vessel.

In the case of conventional catalysts, such as platinum or nickel, the mixture entering the separating stage 11 must be heated until the steam is superheated, to prevent water droplets from corroding and deactivating the catalyst.

The superheated water vapor then flows from the output of the heat exchanger 3 through a steam line 20, for example to steam turbines driving generators for generating electrical energy.

The method of claim 1, further comprising atomizing the slag with superheated water vapor above 1200° C. in temperature.

The process according to claim 1, wherein superheated water vapor is used as a drying gas.

Upon feeding in superheated water--as referred to the pressure in the line 1*--an explosive partial evaporation of the water results upon entry into the line 1* of a first solar collector 1a.