On 5/3/2008 6:38 PM Steven Woody spake thus:
> On May 2, 1:57 am, David Nebenzahl <nob...@[EMAIL PROTECTED]
> wrote:
>
>> Since nobody else here can seem to understand, let alone answer, what's
>> basically a simple question, might I suggest that you answer it
>> yourself? Assuming you have the trays you want to use, just fill them
>> with water to the minimum height you think you'll need, then pour out
>> the water and measure it. (If you don't actually have those trays, then
>> you'll have to do a volume calculation, based on the area of the tray
>> multiplied by the height of the developer solution, which you can again
>> determine empirically.)
>>
>> This is what you wanted to know, right?
>
> Dear David, I think you don't understand. My problem is actually that
> I am not sure what the solution height is safe to smoothly processing
> paper. I want to use 1mm to get minimal soution volumn, but everyone
> knows that 1mm is not safe, I can use 30mm to ensure it's safe, but
> you know 30mm means almost 4 liter for a 12x16 tray. So, my question
> is just the solution height, without the heigth, I can not do any
> experiment or calulation. By reading replies in this thread, I now
> think 12mm is a safe solution heigth. So, I need 1.5 liter for 12x16
> or 1.2 liter for 11x14.
I still don't see why you can't determine the volume you need by simple
experimentation; you only need enough solution to cover the paper
completely, which should be very easy to determine visually. Forget
"solution height" in mm; just figure out how much liquid it takes to
completely submerge a piece of paper. We're not talking about
high-precision processing here.
--
The best argument against democracy is a five-minute
conversation with the average voter.
- Attributed to Winston Churchill
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