| Home |
| Search |
| Today's Posts |
|
#11
|
|||
|
|||
|
Roy Lewallen wrote:
So for starters, why don't you explain how your theory fits with the existing model results? Why is the current drop the same with an antenna and for a lumped circuit? Why does removing ground make the current drop go away? Why is there no significant phase shift in current from bottom to top? Conventional theory can explain this. Can yours? As for your promise to write the article, I have to point out that you've made this promise before without delivering. So I'm not exactly holding my breath waiting for it. I'm sure it'll make interesting reading, though, and it's a revolutionary enough theory that the IEEE, or at the very least QEX, should be happy to publish it when it's finally complete. Roy Lewallen, W7EL Sorry, I forgot to mention that they also don't appear to understand math, or the fact that "complex numbers" are quite simple if you went to engineering school and own an HP15 calculator. Mine still works fine. If you had trouble with the previous statement, Cecil and Yuri, I meant that your "phasor" math is trivial. At best 2nd year engineering. And yes, we do understand it. A lot more than you do apparently. tom K0TAR |
| Thread Tools | Search this Thread |
| Display Modes | |
|
|
Similar Threads
|
||||
| Thread | Forum | |||
| Imax ground plane question | CB | |||
| Questions -?- Considering a 'small' Shortwave Listener's (SWLs) Antenna | Shortwave | |||
| FS: sma-to-bnc custom fit rubber covered antenna adapter | Scanner | |||
| FS: sma-to-bnc custom fit rubber covered antenna adapter | Swap | |||
| Current in loading coil, EZNEC - helix | Antenna | |||