How Can Steam Turbines Be Classified?

1.	How Can Steam Turbines Be Classified?
Answer» By the action of steam: Impulse. Reaction. Impulse and reaction combined. The number of step reductions involved: Single STAGE. Multi-stage. Whether there is one or more revolving vanes separated by STATIONARY reversing vanes. The direction of steam flow: Axial. RADIAL. Mixed. Tangential. Helical. Reentry. The inlet steam pressure: High pressure. Medium pressure. Low pressure. The FINAL pressure: Condensing. Non-condensing. The source of steam: Extraction. Accumulator. By the action of steam: The number of step reductions involved: The direction of steam flow: The inlet steam pressure: The final pressure: The source of steam:

Answer»

By the action of steam:

The number of step reductions involved:

Single STAGE.
Multi-stage.
Whether there is one or more revolving vanes separated by STATIONARY reversing vanes.

The direction of steam flow:

The inlet steam pressure:

The FINAL pressure:

The source of steam:

By the action of steam:

The number of step reductions involved:

The direction of steam flow:

The inlet steam pressure:

The final pressure:

The source of steam:

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