TIN Hydroxide Protonic GRAPHITE cells
- simple and cheap materials
- room temperatures
- simple procedure for the formation of cell
- could work as battery or rechargeable battery, or even as EDLC
Очень простая модель Электрохимической Ячейки. Может быть использована для занятий школьников студентов и даже быть объектом для кандидатской диссертации. Дешевые материалы
- простая сборка
- без катализаторов!
- работает как батарейка!
“Intermetallic TiFe – protonic electrolyte – Graphite” assembly.
TiFe is well known material for hydrogen accumulation. It was prepared in the form of “nail” by special procedure in Ioffe Institute, St-Peterburg,Russia. This figure demonstrates the solid state of assembly. (The match and the commercial battery are shown for scale).
Hydrates were prepared by mixing the commercial KOH (85 wt%) and distilled water.
Initial EMF of such assemblies were 0.3 -0.4 V
EMF ≈1.1 -1.2 V arose after charging procedure from extrenal source. TiFe is negative electrode, C(graphite) is positive electrode.
TiFe…C rechargeable battery is the power source for this electronic watch.
The idea is good. The cell is simple and easy in preparation in use.
But what is about the current? For better demonstration it would be useful to put nearby voltmeter and ampermeter.
About current…. Firstly you can see them on Voltage -Current Curves for instance. On special figures “Isotopic effect …” It is the pair of loops black and red ones.
For me using the electronic clocr is usefull from two points -demonstrtion and determination how long it work. If someone would like to get kiloeuro per square nanometer, he must use special treated electroes sides. I proposed modestly small-sizez and low-drain power sources. Such sources is useful for growing microelectronc/ There 1o-50 nanoamphere is very good.
Besides my man power is also limited. I hope что могущество России будет прирастать Сибирью