AHA = yes here too
Over at Stefan's things are Dicey ATM ...perhaps Empirical testing here
to establish a benchmark ?[sounds like your suggestion/direction below]
MasterPlaster repost from Stefan forum
Quote
To date, no one has presented a convinsing replication of the WFC. I don't want to repeat any names as not to offend.
My current search is for a method to apply an SiO2 layer to the tube. Even if I knew, how thick would the layer be?
Meyer stated in his patent the gap in his test cells were 0.625 inch. That is 1.68 mm. I know of commercial 1 mm thick sintered glass filter tubes.
Alternatively,
There is a solution that is called "water glass" which is applied to surfaces for sealing but we want a porous finish
then, I though I can mix some TiO2 with "water glass" before applying it and guess what,
TiO2 under certain condition becomes luminous!
My work will be totally open source. I don't want any money or fame. The only reason I am here is to bounce my ideas around.
Thank you
Vid again
https://www.youtube.com/watch?v=zzVa_tX1OiIend quote
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Sir
here the last few years..[actually at Stefan's forum] there has been mention of certain metal salts
and some chemicals that effect the bond strength of the the water molecule ,greatly reducing the energy required to separate the H and the O [in some cases by 50% as in Li soap/salts]
here [and other forums too] there are members who work open source and share their work ,sometimes not so "showy"[maybe work in less noisy venues] but always with those of like mind [to share with the world ]
So for clarity here you are looking for a method to fuse glass and TiO2
with the stainless tube ?to form a porous membrane at the Water dielectric interface ?? or just build a matrix or ?? as part of voltage enhancement ?
Jimmy the Boot did share a method or Vid for porous manufacturing
of this ?
but you seemed put off by ??
additional clarity would be good ,here you have the choir...[paying attention....and ready to experiment and share...
respectfully
Chet