TURNED STEAM Meaning and
Definition
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"Turned steam" is a term commonly used in the context of power plants and industrial machinery, referring to a specific state or condition in the operation of steam turbines. It describes the moment when steam, which was initially in a gaseous state, undergoes a physical transformation into a condensed liquid form, known as water.
In steam turbines, the conversion of steam to water is crucial for efficient energy generation. The process begins with high-pressure steam entering the turbine, imparting its kinetic energy as it expands and cools down. At a certain point, the temperature and pressure of the steam decrease past a threshold, causing it to undergo a phase transition into water droplets. This phase transition is commonly referred to as "turned steam."
The rationale behind the transformation from steam to water is to utilize the latent heat of vaporization, which allows the turbine to continue extracting energy from the steam as it condenses. This condensation not only prevents the turbine blades from being exposed to excessive and potentially damaging heat but also enables the effective cycle of condensation and evaporation that drives the power generation process.
Moreover, the transition to liquid form facilitates the collection and recycling of the steam, as water is easier to handle and recirculate within the system. It also aids in maintaining the overall efficiency of the power plant by allowing the waste heat from condensation to be effectively recovered and reused in subsequent stages of the energy generation process.
Common Misspellings for TURNED STEAM
- rurned steam
- furned steam
- gurned steam
- yurned steam
- 6urned steam
- 5urned steam
- tyrned steam
- thrned steam
- tjrned steam
- tirned steam
- t8rned steam
- t7rned steam
- tuened steam
- tudned steam
- tufned steam
- tutned steam
- tu5ned steam
- tu4ned steam
- turbed steam
- turmed steam
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