Aug 17, 2022·edited Aug 17, 2022Liked by Bob Greenyer
I see that the EVOs like to reside in cracks. To produce a optimum reaction supporting as many EVOs as possible, it might be opportune to prepare a cathode that has many tightly spaced ultra thin cuts in a bar where each deep cut can support the development of its own set of EVOs. Instead of only one EVO residing in a single crack, we can have many hundreds of cracks each supporting its own set of EVOs.
To save work, we first might try a deep tooth saw blade as a cathode as follows:
I found a really cool ancient artifact, from Norse area. This has to be related to EVOs: https://ibb.co/bQtmb5j
Awesome videos. Nothing better than learning by actually seeing demonstrations
I see that the EVOs like to reside in cracks. To produce a optimum reaction supporting as many EVOs as possible, it might be opportune to prepare a cathode that has many tightly spaced ultra thin cuts in a bar where each deep cut can support the development of its own set of EVOs. Instead of only one EVO residing in a single crack, we can have many hundreds of cracks each supporting its own set of EVOs.
To save work, we first might try a deep tooth saw blade as a cathode as follows:
https://www.wttool.com/images/thumbs/0003050_18640140.jpeg
or an alternative might be a metal comb
https://cdn.packhacker.com/2019/04/fendrihan-metal-comb.jpg?auto=compress&auto=format&w=1110&h=740&fit=crop