The synthesis of J147 has been carried out using simple chemistry as described in our previous
paper by condensation of 3 - methoxybenzaldehyde and (2, 4 - dimethylphenyl) hydrazine hydrochloride in EtOH at room temperature, followed by acetylation using trifluoroacetic anhydride and triethylamine in CH2Cl2 gave J147 (Scheme 1).
Not exact matches
If you are not sure, check
by placing a mirror in front of your Schnauzer's nose and look for
condensation or place a piece of tissue
paper in front of your Schnauzer's nose and watch for any movement.
Condensation is certainly there and it's important because of the release of latent heat, but the loss of gas molecules is compensated automatically
by rather small vertical adjustments in the atmosphere and does not drive anything of the kind the
paper proposes.
Thus it appears that the hypothesis that horizontal winds are driven mainly
by condensation is not justified
by the analysis in this
paper.
As promised
by the
paper,
condensation has reduced the pressure from 620 to 610 hPa.
Fog formation is a process where
condensation occurs
by radiative cooling, so there are processes that may do this, but these are radiation - produced clouds, not the subject of the
paper in any way.
This
paper actually proposes that the sensible heat released
by condensation warms the dryer air to a point where it becomes even lighter than air containing water in vapour form.
Sounds like you have prepared a legal «plaidoyer» for the party that would be aggrieved
by the publication of a
paper suggesting
condensation driven winds (whoever that might be).