- #1
Paavo Palikka
- 10
- 0
Hello!
I have some troubles finding a way to estimate how much temperature of liquid would rise when it is suddenly adiabatically pressurized to thousands of bars. In normal conditions liduids such as water are considered to be incompressible, but certainly not in 5000 bars. Because water (or any other liquid) gets compressed, also some heat should be generated. But how to calculate it and what are the constants? I am just curious about the magnitude of temperature rise, is it more like +0,1K, +1K or +10K. Of course this depends strongly on liquid, but I am interested of any liquid just to get idea how to calculate magnitude of temperature rise.
-Paavo Palikka
I have some troubles finding a way to estimate how much temperature of liquid would rise when it is suddenly adiabatically pressurized to thousands of bars. In normal conditions liduids such as water are considered to be incompressible, but certainly not in 5000 bars. Because water (or any other liquid) gets compressed, also some heat should be generated. But how to calculate it and what are the constants? I am just curious about the magnitude of temperature rise, is it more like +0,1K, +1K or +10K. Of course this depends strongly on liquid, but I am interested of any liquid just to get idea how to calculate magnitude of temperature rise.
-Paavo Palikka