azonenberg changed the topic of #homecmos to: Homebrew CMOS and MEMS foundry design | Wiki: http://homecmos.drawersteak.com/wiki/Main_Page | Repository: http://code.google.com/p/homecmos/ | Logs: http://en.qi-hardware.com/homecmos-logs/
_whitelogger has joined #homecmos
_whitelogger has joined #homecmos
promach__ has joined #homecmos
promach__ has quit [Client Quit]
X-Scale has joined #homecmos
<nmz787> I'm not really sure what this methodology accomplishes, or why it is called filtration "mask-assisted filtration" and/or "mask-assisted vacuum filtration"
<nmz787> re this paper: pubs.acs.org/doi/abs/10.1021/acsnano.7b03288
<nmz787> One-Step Device Fabrication of Phosphorene and Graphene Interdigital MicroSupercapacitors with High Energy Density
<nmz787> ok, I guess Fig 1 in that is somewhat helpful
python476 has joined #homecmos
<Noxz> actually.. that's kinda neat
<Noxz> anodic membrane filter.. hrmm
<Noxz> I already had the paper downloaded
<Noxz> not sure from when
<Noxz> and that may have been a typo in the paper, Anodisc is a product line from Whatman
<Noxz> of filter discs
<Noxz> looks like Aluminum Oxide?
<Noxz> I should try the heptane+wter interface method through such a filter
<Noxz> fairly expensive stuff
<Noxz> they are on ebay, but $125 for 50 is kinda pushing it
<Noxz> 125 OBO.. I wonder what he would do if I said 50, $1 ea
<Noxz> and those are for 0.2um
<Noxz> I forget avg size of the heptane-graphite-water method
<Noxz> large than 1um iirc
<Noxz> larger
<Noxz> I've been trying to think of how to do a continuous production to make a roll of 'paper' for a while now, and maybe filtration is a good start
python476 has quit [Ping timeout: 246 seconds]