A cluster of stars in the constellation

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At the microscopic scale
,
fire reveals its true chaotic nature
.
Here
,
flames do not billow uniformly but rather are composed of a roiling sea of individual reaction zones
.
Within each small flame pocket
,
fuel and oxidizer gases collide and ignite in a flurry of molecular excitement
.
Seen up close
,
the reaction zone is alive with activity
.
Myriad free radicals swirl and ricochet
,
initiated by the intense heat
.
Hydrocarbon chains unravel and crack as temperatures exceed 1
,
500°C
.
Atomic bonds rupture
,
releasing energetic electrons
.
Infractions of a second
,
elementary reactions run their course
.
Oxygen and hydrogen atoms collide
,
recombine into highly reactive OOH and HHO
.
These unstable molecules immediately disintegrate
,
perpetuating the frenzied heat release
.
The micro-fire propagates through the volatile fuel-air mix at lightning pace
.
One by one
,
pyrolyzed fuel particles burst alight
,
pinpricks of heat blooming into being
.
The collective energy release sustains the dancing flame front as it advances at millimeters per second
.
Within nanoseconds
,
the fuel-rich regions deplete
.
The brief explosions of heat fade
,
molecules stabilize
,
and the frenzied local reaction enters decay
.
But the micro-fire moves on
,
leaving microscopic ash in its wake
.
Информация
Checkpoint & LoRA

Checkpoint
Deliberate
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