Those of us who diligently wait for your updates will miss your smiling face until you return. I smashed the notification bell to be sure I won’t miss it. The best to you and all yours until then.
Just saw you older video on microfluidics being cut on a k40 laser. But I'm wondering if you saw Thought Emporium's video on using shrink film to make them. This looks like a way to get even higher accuracy becasue of the 5 times difference in size after shrinking. Just wondering on if you have been still pursuing the field.
Interesting research. The iron cell I have been working on is replicated from William Hada's iron carbon battery with a few modifications and an iron(II) chloride electrolyte. Good results. I have made a video of the cell and I would appreciate any feedback or comments you might have. Given that this cell has a steel wool negative, carbon felt positive, iron (II) chloride electrolyte, how does one calculate W per kg when the carbon felt positive electrode does not take part in the chemistry? Factor in the mass of the electrolyte?
nice work. I am thinking of working on an iron battery. Keep up the research you are getting very close. I think you might want to try different redox electrolytes or a chromoxide one electrode. Not perfectly iron but it will give a big boost.
Hello I think it would have been much better for you to show how to make the nickel and iron battery, also called edison battery. it's not so bad that the electrolyte is alkaline . I still appreciate your work and I'm very grateful
Thanks for all the comments and support. The new version is now available! Version 2.0 Announcement: ruclips.net/video/z6vcbXLKJR0/видео.html Version 2.0 Publication: doi.org/10.1016/j.ohx.2020.e00171
Those of us who diligently wait for your updates will miss your smiling face until you return. I smashed the notification bell to be sure I won’t miss it. The best to you and all yours until then.
Came here from Koirala et al's paper on HardwareX... very cool stuff!
Just saw you older video on microfluidics being cut on a k40 laser. But I'm wondering if you saw Thought Emporium's video on using shrink film to make them. This looks like a way to get even higher accuracy becasue of the 5 times difference in size after shrinking. Just wondering on if you have been still pursuing the field.
Very inresting. You get home low technology ) i am searching na fe battery and find this channel.
I would like to see the manufacture of Edison's batteries! very good your intention, I do not understand half of the things but still very good!
Thanks for video.
Can you suggest some tool that will help me in future in my research work for Phd(1st year research sholar in battery division)
Subscribed just in case you ever manage to make an Edison battery that works that I can build myself. Thanks for trying 🙂
I think you've made prussian blue. I wondered what you were up to. Keep on keeping on!
I do have the Graphene Battery technology ready .... It is amazing .....
any videos or instructions?
Interesting research. The iron cell I have been working on is replicated from William Hada's iron carbon battery with a few modifications and an iron(II) chloride electrolyte. Good results. I have made a video of the cell and I would appreciate any feedback or comments you might have. Given that this cell has a steel wool negative, carbon felt positive, iron (II) chloride electrolyte, how does one calculate W per kg when the carbon felt positive electrode does not take part in the chemistry? Factor in the mass of the electrolyte?
Maybe take a break, and then just think on it a minute, I bet you will fine the solution! Nice work
nice work. I am thinking of working on an iron battery. Keep up the research you are getting very close. I think you might want to try different redox electrolytes or a chromoxide one electrode. Not perfectly iron but it will give a big boost.
Hello
I think it would have been much better for you to show how to make the nickel and iron battery, also called edison battery. it's not so bad that the electrolyte is alkaline .
I still appreciate your work and I'm very grateful
Thanks you are awesome 😊👍
why not just a full on carbon device?
Thanks for all the comments and support. The new version is now available!
Version 2.0 Announcement: ruclips.net/video/z6vcbXLKJR0/видео.html
Version 2.0 Publication: doi.org/10.1016/j.ohx.2020.e00171