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Hiroyasu and Kadota [39] developed a simple soot model to predict the production rate of soot mass ( dot; m s Open image in new window) using a single-step competition between the soot mass formation rate dot; m sf Open image in new window and the soot mass oxidation rate dot; m so Open image in new window according to dot; m s = dot; m sf − dot; m so Open image in new window.
In their models, the time rates of soot formation and oxidation, respectively, are given by dot; m sf = 0.3 m fb exp − 3, 000 T af dot; θ, Open image in new window (23) dot; m so = 0.4 m s exp − 10, 000 T p O 2 6 ρ s d s N dot; θ, Open image in new window (24).
They smelled of soot.
Clumps of soot tumbled down.
D. H. Lawrence reinvents the sexiness of soot.
The lobby of 100 Centre reeked of soot on Wednesday.
There is also, alas, a lot of soot.
The large quantity of soot comes from a trade-off.
"Everything was white, and we were walking piles of soot".
A parabola of soot blackens the wall over the fireplace.
The environmental and geopolitical implications of soot emissions are enormous.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com