DarkMatter said:
[email protected] (Don Klipstein) Gave us
Mine are mostly pretty transparent, very light colored.
I don't know. I know that a dusty surface ribbed
with oily hands moistens and blackens the dust.
When I score lines on a new, plastic project box for cuts to
be made, I can rub the scores with my fingers, and the dirt
on my hands alone will turn the scores to a black line.
Dark line, anyway. Not the jet black soot
you get adjacent to the FBT in a monitor tho.
Clothing colors darken upon getting moist or wet.
Yes.
I am certain that dust will also follow this trend.
Yes, but it doesnt end up jet black like
the soot adjacent to the FBT in a monitor.
And that jet black soot adjacent to the
FBT in a monitor isnt moist or wet anyway.
So, even dust that is not initially black could easily turn that way
if ALSO moisture particles are being drawn to the surface.
Fraid not. And while dust certainly gets darker when
moist or wet, it lightens in color when it drys out again.
That jet black soot adjacent to the FBT in a monitor isnt
wet or moist at all, and is still jet black when completely
dry when the monitor is quite warm when used in summer.
Neons hove nowhere near the corona levels found inside
consumer monitors that have "open air" design HV components.
The military and space organizations have known about
this, and have fully potted HV sources for decades.
Yes, but thats so you dont end up with moist dusty arc paths.
Nothing to do with where the jet black soot
adjacent to the FBT in a monitor is coming from.
And FBTs are epoxy coated themselves.
The only remaining open air stuff is that which
is in transmitters, and they are fully caged.
The fact remains that it is indeed an accumulation,
Just claiming its a fact doesnt make it a fact.
and NOT some kind of emission,
Just proclaiming that cuts no mustard.