Boiler drum inclination is kept at 1:50 with the horizontal i.e. around 6 to 8 degrees.
Generator
I think you mean "perforated" baffles. The baffles provide a surface area to collect any entrained water in the steam. The perforations are simply holes to let the steam pass through. The velocity of the steam is relatively low in this section, preventing the water from being re-entrained from the wet surfaces of the baffles.
It is the metal part around the outside of the drum that is around the drum head.
Drums or main drums. they are the main beat source during music.
Bass drum. The bass drum in a trap set is also called the kick drum.
The steam drum separated the steam from the water and stream mixture in the boiler drum.
In the steam drum, where steam exits and flows to the superheaters.
Generator
Steam drums are used on recirculating boilers that operate at subcritical pressures. The primary purpose of the steam drum is to separate the saturated steam from the steam-water mixture that leaves the heat transfer surfaces and enters the drum.
A steam accumulator on some once through boilers, with no steam/water drum, is a device similar to a steam separator, which separates the steam and water before the steam is fed to the steam header.
To keep the steam free from impurity which may be dissolved solid,suspended solid or moisture
Due to pascals law
A seal pot in a steam drum system functions to maintain a water seal, preventing steam from escaping while allowing for the proper flow of condensate and maintaining pressure. It helps manage the level of water in the drum, ensuring that the steam generation process operates efficiently and safely. Additionally, the seal pot can prevent the ingress of air and contaminants, which could impact the system's performance and integrity.
to release the overpressure in the case of occurrence
Purpose of the boiler drum is to collect steam from all the various tubes in a boiler, and send it to the turbine to spin the generator
This is due to steam seperation the silica remains in the drum water.
The swelling and shrinking effect in a boiler drum refers to the physical changes in the drum's volume due to temperature variations and pressure changes during operation. When the boiler is heated, the water inside converts to steam, causing the drum to swell as the pressure increases and the water expands. Conversely, when the boiler cools down or experiences a drop in pressure, the drum may shrink as the steam condenses back into water. This phenomenon is important to consider for the structural integrity and safety of the boiler system.