Not exact matches
Plasma causes the neutrally charged oxygen and nitrogen
molecules in the
air to
become electrically charged.
At below atmospheric pressure, water
molecules become a less - dense, lightweight crystal that is more
air than
molecule — like an icy candyfloss.
But below about 1,500 meters, the ice
becomes so compressed that trapped
air molecules are forced into the space between the ice crystals, forming what is known as a gas clathrate.
You do have such an amazing
molecule in your fictional world, defying gravity it can stay up in the atmosphere for hundreds and even thousands of years accumulating though it's one and a half times heavier than
air, and, with no heat capacity to spit at, it can trap heat, or, heck you can't even get your stories to say the same thing consistently, it
becomes this great thermal blanket stopping heat escaping... just how much of that blanket is holes?
The MITS reasons that one
molecule moving at ten times the average speed of
air molecules at sea level must be much hotter than average, but this only shows a lack of appreciation for how something like temperature
becomes meaningless without an abstraction on which to base it.
Why would it
become heavier if it consists of the same number of
air molecules?
Note that the non-anthropic (or natural) delta13C
becomes very slowly more negative (from -6.5 per mil preindustrial to about -7 per mil now) with the replacement of CO2
molecules absorbed by the vegetation by
molecules out - gassed from soils by the oxidation of the organic material of plants grown years to centuries before: the delta13C of the
air was then slightly less negative.
The oxygen in the
molecule is released back into the
air and the carbon
becomes part of the plant's structure and eventually the soil.