- Joined
- Feb 26, 2020
- Messages
- 618
- Reaction score
- 390
Just my uneducated comments. I do not know what I am talking about, so I should not write this.
Above said applies, if mixing stuff it seems not easy to tell what happens.
If e.g. Oxygen and Iron are mixed a long time at room temperature. The Oxygen stays were it is even at temperatures much higher than O2 boiling point ( approx. -180°C ).
The Oxygen just disappears out of the gas mixture.
Googling "Vapour pressure of Cd in Cd-Ag-Alloys" brought me a link. Maybe it is a start point, if someone wants to find out more.
Unfortunately I was not able to access the article, because maybe the answer is hidden in it.
Boiling Point is also not the most critical factor. If you place some water in a pot somewhere it will not boil but slowly move into the gas mixture around it. ( no need to boil it for getting vapours ).
For me as not English speaking person. What would be the difference between vapour and steam?
Greetings
Above said applies, if mixing stuff it seems not easy to tell what happens.
If e.g. Oxygen and Iron are mixed a long time at room temperature. The Oxygen stays were it is even at temperatures much higher than O2 boiling point ( approx. -180°C ).
The Oxygen just disappears out of the gas mixture.
Googling "Vapour pressure of Cd in Cd-Ag-Alloys" brought me a link. Maybe it is a start point, if someone wants to find out more.
Unfortunately I was not able to access the article, because maybe the answer is hidden in it.
Boiling Point is also not the most critical factor. If you place some water in a pot somewhere it will not boil but slowly move into the gas mixture around it. ( no need to boil it for getting vapours ).
For me as not English speaking person. What would be the difference between vapour and steam?
Greetings
Last edited: