Thermion/Photon and the Work function

Author Topic: Thermion/Photon and the Work function (Read 17029 times)

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GibbsHelmholtz

Re: Thermion/Photon and the Work function « Reply #25 on: 2013-02-18, 19:37:39 »

Group: Guest

I see, we have an Electrostatic guy in here. Full house ya say?

The circuit is now evolves into DC current. Two dissimilar conductor A and B is connected. A third conductor C is in alternate contact between A and B. Direct current is observed. I would say the circuit affinity Vab = Va - Vb . One can imagine an energetic conductive particle in place of conductor C. This form of generation is not chemical.

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Thermion/Photon and the Work function

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exnihiloest	Re: Thermion/Photon and the Work function « Reply #26 on: 2013-02-20, 08:56:38 »
Group: Guest	Why do you think that Vab ≠ 0?

GibbsHelmholtz	Re: Thermion/Photon and the Work function « Reply #27 on: 2013-02-20, 17:58:00 »
Group: Guest	If A and B in contact, one would pull more electron from the other when separate.

exnihiloest	Re: Thermion/Photon and the Work function « Reply #28 on: 2013-02-21, 09:45:24 »
Group: Guest	@gh Ok, I understand one the misunderstanding. By "two dissimilar conductors A and B", I should have interpreted "two dissimilar metals". But it's still not clear. When you say "direct current is observed", which is the circuit where the current is flowing?