Quote:
|
Originally Posted by Cathar
...
This has come down to one simple basic point. I refuse to accept that which is theoretically impossible. You can't change the laws of physics. You can't just blindly accept that a well known and analysed design (re: the XP) is achieving an h(eff) that is now projecting to be between 5-10x higher than that which was ever thought possible, or has an h(eff) 5-10x higher than anyone has ever independently shown, and the ONLY new data point is the TTV that suggests this.
As it stands, the Apogee's results with the 3mm base-plate would need to have an h(eff) that is around 2x-3x that which has ever been independently speculated for any design, anywhere, for the empirical TTV results to be true.....
|
Oh.
See attachment
MCW6000 60x60x5mm bp 281 (9x2x2mm) pins with 6mm dia nozzle ?
Modelled as 60x60x5mm bp, 289(9x2x2)pins in17x17 array, 6mm diam nozzle?
Any one?
Edit1: Added Apogee 10mm ID
Edit2: Added graph for predicted performance on 1sq cm Heat-Die
Edit3: Added Predicted "h(eff)" Profiles
Edit4: Added Predicted Performance on 32x32mm Heat-Die