Stefan wrote:
from idea to working Xerox copier.
For that matter, how does an electrostatic precipitator work? Say a
dust particle picks up a positive charge and is attracted to a negative
electrode. As soon as it touches the electrode, it should get a
negative charge and be repelled from the electrode, right? Why do the
dust particles continue to stick to the electrodes, which are typically
clean bare metal, no glue or anything to hold the dust on the
electrodes?
Cheers,
- Jan
> hmmmm doesn't work this theory. that would mean the charging of thepaper
> is unnecessary becausebecause
> the charge will equalize at contact with the drum.
> this in turn means the corona wire is useless, which is ridiculus
> they would not have one then.Black magic :-) I understand it took many years of development to get
>
> Damn, i don't know.
>
> How does this really work?
from idea to working Xerox copier.
For that matter, how does an electrostatic precipitator work? Say a
dust particle picks up a positive charge and is attracted to a negative
electrode. As soon as it touches the electrode, it should get a
negative charge and be repelled from the electrode, right? Why do the
dust particles continue to stick to the electrodes, which are typically
clean bare metal, no glue or anything to hold the dust on the
electrodes?
Cheers,
- Jan