Thanks for the link.
Spectrum 1 doesn't give a spectrum for gaseous water, despite what it claims, unless the wiggly red line is mis labelled.
Spectrum 2 has a totally different shape in the infra red region (to the right of the red in the rainbow) so is at variancewith spectrum1. How can this be?
In any body of water at 25°C, most of the water will be liquid and a very small % will have enough energy to be graced with the term gas. I don't feel it is right to base one's view of something on a tiny % of what is really impurity and ignore the bulk material.
Funnily enough the ice is presented at a believable temperature.
Spectrum 1 doesn't give a spectrum for gaseous water, despite what it claims, unless the wiggly red line is mis labelled.
Doesn't even say saturated vapor. It also flatlines at the OH peak between 3200 and 3400 which it clearly describes in the text and which I mentioned.Vapor at 25°C
Spectrum 2 has a totally different shape in the infra red region (to the right of the red in the rainbow) so is at variancewith spectrum1. How can this be?
In any body of water at 25°C, most of the water will be liquid and a very small % will have enough energy to be graced with the term gas. I don't feel it is right to base one's view of something on a tiny % of what is really impurity and ignore the bulk material.
Funnily enough the ice is presented at a believable temperature.