Ví dụ về việc sử dụng Superheated steam trong Tiếng anh và bản dịch của chúng sang Tiếng việt
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Reforming in the presence of superheated steam.
It generates superheated steam which goes through food fast to shorten cook time.
Phreatic eruptions are driven by the heat from magma creating superheated steam.
The increase of superheated steam parameters are limited by metal materials.
The solvent steam will be distilled andseparated with the help of superheated steam.
When toluenesulfonic acid is treated with superheated steam or boiled with HCl, toluene is obtained.
Temperature and pressure affect a lot of the volume of saturated steam and superheated steam.
Superheated steam is a kind of steam with special quality obtained by reheating saturated steam. .
Oil well use a proventechnique called vapocracking which involves injecting the superheated steam to facilitate cracking.
The superheated steam can be regarded as a single medium in the flow measurement process of vortex street flow meter.
Glycol based brake fluids, Ammonia gas amines,alkalis, Superheated steam, Low molecular organic acids(fomic and acetic acids).
A superheater is a component that heats saturated steam in an industrial boiler,turning it into superheated steam.
Further heating of the saturated steam will make superheated steam normally used to drive a steam turbine.
For power plant boiler, it is a crutial way to increase thermal economy ofthermal power station by improving parameter of superheated steam.
Further heating of the saturated steam will make superheated steam normally used to drive a steam turbine.
Since superheated steam has no direct relationship between temperature and pressure, at a particular pressure it may be possible for superheated steam to exist at a wide range of temperatures.
ASTM A179 is widely used as water wall tube,high pressure boiler tube, superheated steam tube, smoke pipe with large and small diameters, etc.
Our superheater guarantees that the superheated steam temperature will fluctuate to within an allowable range(normally varies from 540°C to 500°C)when the boiler is over loaded.
In boiler, the role of superheater is toheat saturated steam to a certain temperature of superheated steam to improve power plant efficiency.
Superheated steam from the boiler is delivered through 14- 16-inch(360- 410 mm) diameter piping to the high pressure turbine where it falls in pressure to 600 psi(4.1 MPa) and to 600 °F(320 °C) in temperature through the stage.
When boiler loads or other working conditions change,it is necessary to make sure superheated steam temperature to be normal, and within allowable range of temperature variation.
We can have external temperature sensor(such as RTD temperature sensor) and pressure transmitters, equip together with flow computer tocalculate accurate mass flow measurement of superheated steam.
Steel Wire Braid Steam Hose designed for service with superheated steam in heat control, fire prevention etc. In many industries at max pressure of 17 atm(250 psi).
High temp flow sensors provides the ideal solution for power plant or boiler industry process,duct monitoring such as hot oil, heat transfer, hot water,condensate, superheated steam, high temperature air and gas.
It is not suggested to install vortexflow transducer inversely for normal gas or superheated steam, but it is suitable to saturated steam flow rate measurement, high temperature liquid or the situation that dirty pipe needs cleaning frequently.
If superheated steam is used, the amount of water to be added would be related to the amount of superheat,but since the specific heat of superheated steam is lower than water, it will have a smaller effect on changes in water level.
The system makes use of food grade liquid paraffin to adsorb solvent gas mixed in exhaust gas The solvent steam will be distilled andseparated with the help of superheated steam Then the solvent steam obtained will be recycled through condensation To ensure stable absorption efficiency and system reliability….
After the saturated steam is heated into superheated steam, the working capacity of steam in the steam turbine is improved, that is, the useful enthalpy of steam in the steam turbine is increased, thus improving the cycle efficiency of the heat engine.
To improve the efficiency of thermal circulation in power stations, it is needed to improve the original parameters f steam gradually, the increase of steam pressure requires the corresponding increase of temperature for superheated steam, or the humidity of large stage exhaust of steam turbine will be too high, which will influence its safety.
For example, conventional drying in superheated steam, a chamber dryer, dry impregnation under pressure with thermal effect, and a dielectric heating(microwave in the field of high-frequency currents) may be considered the thermal treatments, with the proviso that they comply with the parameters of heat treatment specified in this standard.