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| bio | website | |
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| location | ||
| age | ||
| visits | member for | 11 months |
| seen | Feb 2 at 17:40 | |
| stats | profile views | 6 |
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Dec 24 |
awarded | Tumbleweed |
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Dec 17 |
comment |
Working out the electric field from applied energy I worked it out, but given that the bond length is of course tiny, I'm getting a field of orders of magnitude 10^11. The energy is about 20 milli-electronVolts, which are multiplied by the joule conversion (equal to the charge on the electron) and divided by the charge, to get the quantity as 20 milliJoules/Coulomb - which is then divided by the bond length to get the large value. Does that sound far off? |
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Dec 17 |
asked | Working out the electron mobility from the transfer rate (1/s) |
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Dec 17 |
awarded | Scholar |
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Dec 17 |
accepted | Working out the electric field from applied energy |
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Dec 16 |
awarded | Supporter |
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Dec 16 |
comment |
Working out the electric field from applied energy Alright, so if the energy difference between respective sites is constant dE from molecule to molecule, and there is 1 electron being observed, we use the charge of one electron for dE, the bond length for r and the set dE? |
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Dec 15 |
awarded | Editor |
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Dec 15 |
revised |
Working out the electric field from applied energy EDIT 1: expanded question |
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Dec 15 |
comment |
Working out the electric field from applied energy Then I will expand my question. |
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Dec 15 |
asked | Working out the electric field from applied energy |
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Dec 13 |
comment |
Electron hopping among molecules - Marcus equation I did that in my previous model where I simply had magnitudes of electron hopping rates around a molecule. I compared all these magnitudes one by one against the total. It turned out that the transfer rate dictated by the bond goes only one way, from n to n+1, while being unable to tell me what a probability for the travel in opposite direction would be. |
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Dec 12 |
asked | Electron hopping among molecules - Marcus equation |
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Jun 18 |
awarded | Student |
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Jun 16 |
asked | Formation of the overlap in metal electron bands |
