Not exact matches
Structures composed of dimers and
multimers have been extensively used
in chemistry [78, 79], especially
in molecular imaging [80].
Further, we revealed evidence that Met proteins self - associate
in the absence of methyl farnesoate, and that the presence of methyl farnesoate stimulates dissociation of Met
multimers with subsequent association with SRC.
Multimers of H2O are the structure (pervection)
in our atmosphere manifested
in the jet stream.
Surface tension of water is «ratcheted up» (
in multimers of H2O [this is the phase change], the exact mechanism for which I prefer to keep secret at the moment) and it is the ensuing structure (pervection) that explains the missing lubrication (Lorenz)
in our atmospheric circulation.
Schematic diagram showing that some of the air above the tropopause forms
multimers, while below the tropopause the air is
in the normal monomer form.
We suggest that most of the ozone
in the ozone layer is actually formed by the splitting up of oxygen
multimers!
So, if
multimers rapidly form
in one part of the atmosphere, the average molar density will rapidly decrease.
However, because there are a lot more oxygen atoms
in an oxygen
multimer than
in a regular diatomic oxygen molecule, the ultraviolet light doesn't have to split the oxygen into individual atoms.