| Home |
| Search |
| Today's Posts |
|
#29
|
|||
|
|||
|
Richard Clark wrote:
On Tue, 10 Oct 2006 00:21:58 GMT, Gene Fuller wrote: To be a bit fussy, the temperature of a photon is not defined. Only a distribution of photon energies can be defined with a temperature (sometimes). Assuming a standard blackbody model, your answer is correct of course. Hi Gene, Fussy is the name of the game here in this forum; and fussy will ultimately dominate; hence I defer to your amplification. I suggested a black body model late in the game certainly, and only through allusion to the frequency of the peak wavelength. And I assumed we were talking the energy of the photon. By the way Richard, Wein's Law? We've long since learned that energy is quantized. E=hv That's how much energy is in a single photon at frequency v. (At least, that's what Einstein thought.) No fudging needed! 73, Jim AC6XG |
| Thread Tools | Search this Thread |
| Display Modes | |
|
|
Similar Threads
|
||||
| Thread | Forum | |||
| FS: Collins 32V-3 HF Transmitter NICE!!! | Boatanchors | |||
| FCC: Broadband Power Line Systems | Policy | |||
| Wanted: Power Supply for TR-4C | Boatanchors | |||
| Wanted: Power Supply for TR-4C | Homebrew | |||
| Mobile Power Fluctuations | Equipment | |||