That means the pressure inside the flask
remains at atmospheric pressure through out, and only sealed once no more CO2 is being introduced, so there can be no warming by compression of the gas.
The whole core
remains at atmospheric pressure.
Not exact matches
The recoil from this tiny plume creates tremendous
pressures in the
remaining foil — up to 300 gigapascals, which is three million times the
atmospheric pressure around us and comparable to the 350 - gigapascal
pressure at the center of the Earth, Nagler said.
So
at the ocean surface, the
atmospheric pressure remains relatively constant, increased CO2 concentrations lead to an increased partial
pressure of CO2 but temperature leads to to a decreased solubility, partially canceling each other out.
Measurement of CO2 concentration is always problematic; the «Standard Dry Air» SDA basis of measurement and comparison is
at standard temperature and
pressure which is a non-existent parameter; and as we are seeing, CO2 is not a well - mixed gas
at all and will be defined by, amongst other variables, SH, or absolute humidity; SH can vary from 0 to 5 % by volume of atmosphere; as the SH increases, the absolute amount of other gases, including CO2, decreases; to say therefore that
atmospheric concentrations of CO2 have
remained stable and not been above 280ppm over the last 650my is fanciful; even if you assume past CO2 levels have not got above 280ppm the range of variation within that limit has been greater than the current increase;