Good job! However, you never gave us a final punch line. Specifically, there was no comparison given with an alternate standard heat sink. You did give a figure of merit number at the end, but unless I’m working in this field, I have no more idea than a goat if that is a good number a bad number or A mediocre number. One must always give a conclusion that compares the accomplishments of the work with some baseline predating the work. This applies whether or not the work is better or worse than prior art. It is just as important to know that something is inferior to a prior design as it is to know if it is superior to a prior design. At the end of the presentation, I am left empty handed, having seen what appears to be good work, but not knowing what the net final results were.
The best heat sink should have the largest surface area, like a sponge or metal sieve with nanocospic holes (100nn) or smaller to dissipate heat better!
Hot tip: Put the video first. 2nd hot tip: Put the part of the video where it is running first so we know what the heck is going to be explained. Two simple edits.
Hey hi! I really liked the project and got inspired with your project . i need more information about the project so i could do a similar project like yours,could you give more information about the project so it would be helpful to me.
The weak link is the ultrasonic fog, it looks great but simply doesnt work. Judging by the amount of hi tech wizardry in the unit i`d say the designer isnt an experienced grower :)
