Generally the condenser in the power plants are designed to operate under vacuum. The specific volume of the steam is relatively higher than water. The steam coming from the exhaust of the turbine is cooled by the circulating water and the non combustibles are removed by the air removing equipment like ejectors or vacuum pumps. In case these equipment fail condensation of steam fails and it tries to occupy more volume. As the space in the condenser is limited it is pressurized and failure would happen.
More over once the condenser is pressurized the flow through the turbine is reduced considerably which leads to churning of steam in the turbine which ultimately heats the turbine blades leading to failure.
Hence a tripping of turbine is introduced which cuts of steam flow into the turbine and the condenser.
Air, given that sound can't travel in a vacuum.
Thermal energy is energy given off by a substance due to a reaction.
heat
thermal
All the time. Thermal radiation is given off by anything above absolute zero.
This ratio is called the specific gravity.
it is thermal energy .
Vacuum.
the more thermal energy it has
Thermal energy.
By expanding them, you create a vacuum inside them; given a portal (your mouth, nose), the vacuum will pull the ambient air in, just as a vacuum cleaner pulls things inside by creating a vacuum.
Queen steet station and Glasgow central station