Nuclear Resonat Battery test soon to come

[profitis]

Nope.Chlorine gas liberated at anode by radiation will simply re-oxidize NO2- ion pomodoro.its cyclic.here's a simpler chemistry based on I2/I- redox system:

[profitis]

I'm going to google quik to find out about a method to plate for your experiment pomodoro.

[profitis]

The best that I can come up with is to bake a thick syrup of that nitrate around those wires.all nitrates decompose to oxides at a certain temp.the uranyl ion UO2- appears to be highly electropositive much like other rare-earths (lanthanum etc)

[pomodoro]

What about plating?

[Kator01]

@pomodoro,

your scope shows a frequency of about 170 KHz. Can you please tell me the value of your capacitor ? I am not sure if it reads 0.33 µF.


The coil made from copper-foil in pic IMG_20140930_114027.jpg  will have enormeus self-capacitance so you will have capacitive losses and increase the bandwidth of the LC-tank. This coil is not feasible for this test.

Do you have an inductance-meter ?

My first impression is - if the value of C is 330 nF - that the L/C Realtionship is inappropiate.in pic  ring2.jpg I see a coil of very low inductance.
So the reactance of this coil is way too big for fg = 170 KHz, meaning that ist can not store enough magnetic  energy for a good oscillation.

I will give you an example for a L/C-realation I had build:

Copper-coil line the one in pic  ring2.jpg, same thickness of wire ( about 2 mm in diameter) , winding-diameter 20 to 25 mm, number of windings about 30. I didnt measure teh inductance with a meter.

LC-tank using this coil was build wit a 10 pF capacitor( ceramic )

This LC-tank was first shown to me by a professional engineer and hat a resonance-frequency of about 30 Megacycles !

So if you do not have lower values of capacitors ( aiming at this frequency) you will need a much bigger coil which can not be build without ferrite-core.

But please be patient I will come back later with more detailed information about certain core-material to use, just had a conversation with a specialist in electronic.

This setup will not serve your purpose

@profitis: wow where did you get this drawing of the Curie-Cell from ? Do you think it will work for Thoriumoxide ?

But I have to confess that I d o not know what kind of thorium-salt is used in these gas-mantle.

Just did some research and found this in the german Wikipediea: the gas-mantle was soaked in a solution of Cerium-nitrate and Thorium-nitrate. If burned,  CeO2 and Th2O2 remains in this feeble burned structure ( picture at the right )

http://upload.wikimedia.org/wikipedia/commons/e/ea/Gluestrumpf2.jpg

So we could simply put into distilled water.

What do you say ?



Kator01