What are the trends in pressure and temperature when negative-pressure water and negative-pressure steam are placed in an environment at normal pressure?
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For example, when saturated water and saturated steam corresponding to 0.05 MPa are placed in an ambient pressure environment (at a temperature of 20°C), what trends will occur in the pressure and temperature of the under-pressure saturated water and under-pressure saturated steam?
At constant temperature, the pressure of saturated steam in saturated water under negative pressure increases.
At atmospheric pressure, the remaining partial pressure in the gas phase should be that of air; where does the negative pressure come from?
What I mean is what will happen if negative-pressure water and negative-pressure steam are released into the atmosphere.
Yes, I think balance will be achieved in the end. Negative-pressure steam will eventually condense into water.