|
|
|
|
Expansion ratio
|
| |
|
| |
The expansion ratio of a liquefied and cryogenic substance is the volume of a given amount of that substance in liquid form compared to the volume of the same amount of substance in gaseous form, at a given temperature.
If a sufficient amount of liquid is vaporized within a closed container, it produces pressures that can rupture the pressure vessel. Hence the use of pressure relief valves and vent valves.
The expansion ratio of liquefied and cryogenic argon from the boiling point to ambient is 1 to 840, liquid hydrogen 1 to 848, liquid helium 1 to 754, liquid nitrogen 1 to 694, and liquid oxygen 1 to 860; liquid neon has the highest expansion ratio with 1 to 1445.

Discussion
Ask a question about 'Expansion ratio'
Start a new discussion about 'Expansion ratio'
Answer questions from other users
|
Encyclopedia
The expansion ratio of a liquefied and cryogenic substance is the volume of a given amount of that substance in liquid form compared to the volume of the same amount of substance in gaseous form, at a given temperature.
If a sufficient amount of liquid is vaporized within a closed container, it produces pressures that can rupture the pressure vessel. Hence the use of pressure relief valves and vent valves.
The expansion ratio of liquefied and cryogenic argon from the boiling point to ambient is 1 to 840, liquid hydrogen 1 to 848, liquid helium 1 to 754, liquid nitrogen 1 to 694, and liquid oxygen 1 to 860; liquid neon has the highest expansion ratio with 1 to 1445.
See also
External links
|
| |
|
|