Quote:
Originally posted by Cathar
I can say that if (and that's a big if) you match up the "base-plate thickness" correctly with the plate thicknesses and the corresponding turbulence in the block, you could probably expect to see something slightly better than a Maze 3.
|
Ahh, well that's maybe a little bit better than I thought
Quote:
My concern with the stacked plates is the possible lack of lateral heat spread from plate to plate.
|
The same concern I have.. I'm especially worried about the heat transfer capability of silver-solder as I'm not sure what it's made of (apart from a small part of silver) If the heat transfer is good, i think I have a solution for that problem.
Quote:
The design is sound, but getting it to perform requires a little more effort than simply slapping some plates together.
|
Hehe, oh yes.. I'm well aware of that, and that's much of the reason I tried the idea in theory here first.
About your nozzle, if you could vacuum-mold (or whatever it's called) the top with plastic resin you could probably achieve a better flow by narrowing the inlet gradually. To see what i mean, take a hose, squeeze it flat about an inch from one end and voila, you have a circle -> slit adapter.. On the other hand you get excellent results from your block as it is right now
