3 ms·
I actually got to meet Madden multiple times and he even gave me access to his lab. My physics profs were very impressed by my project but I was disappointed. T
by petermcneeley 2y ago
I actually got to meet Madden multiple times and he even gave me access to his lab. My physics profs were very impressed by my project but I was disappointed. This electro deposition effect is a bit like lightning and didnt work well with my theories about trying to use a multielectrode head with different voltages to produce a shaped potential.
- kragen 2y agoyeah, i've been thinking about that too. how did you model the field?
- petermcneeley 2y agoI dont think there was any rigor in modeling of the field. I did this entire project as one semester as one of my last undergrad courses. I wish I had more time and resources for the project but by then I knew I was headed outside the university into software development. https://darkcephas.github.io/MELED_paper/MELED_paper.pdf https://darkcephas.github.io/MELED_paper/MELED_paper.pdf From what I heard the state of the art was to move away from electrodes and to use lasers. So how that works is that you have the normal electrolytic solution but you apply a passive voltage below the activation voltage. Then you use the laser to break down the double layer at the substrate surface. This leads to laser controlled deposition.
- kragen 2y agoneat! i was wondering if that would work last week i feel like it's probably easier to have 1000 electrodes than 1000 lasers tho
- Haemm0r 2y agoOptics may help to reduce the amount of lasers.
- justinclift 2y agoWonder if using the same approach that resin printers use would work? • SLA resin printers use a superfast/accurate motorised mirror to direct the laser where its wanted • mSLA resin printers use a strong light source instead of a laser + an LCD to mask the area they don't want exposed
- kragen 2y ago(another issue about lasers is that laser focal spots are pretty big)