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1. Topband: Skewed Propagation Paths (score: 1): Author: kn4lf@tampabay.rr.com (Thomas Giella KN4LF); Date: Thu, 16 Jan 2003 08:16:28 -0500; Basically the simplest way to look at medium frequency signal propagation path skewing is that the transmitted RF signal will "always" seek to propagate along the path with least absorption, which al; /archives//html/Topband/2003-01/msg00089.html (7,799 bytes)
2. Topband: Skewed Propagation Paths (score: 1): Author: dbowker@mail.sjv.net (Dave Bowker); Date: Thu, 16 Jan 2003 16:23:48 -0500; Tom, I don't claim to be an expert in 160M propagation, but I DO question = your statement ["medium frequency signal propagation path skewing is that the transmitted RF signal will "always" seek to =; /archives//html/Topband/2003-01/msg00094.html (7,242 bytes)
3. Topband: Skewed Propagation Paths (score: 1): Author: charlesh3@msn.com (Charles Hutton); Date: Thu, 16 Jan 2003 16:43:50 -0500; Thomas: Long term direction finding studies at MF have found excellent correlation of received bearing versus Great Circle bearing on paths including high latitude trans-Atlantic paths. Did you mean; /archives//html/Topband/2003-01/msg00095.html (7,192 bytes)
4. Topband: Skewed Propagation Paths (score: 1): Author: ford@cmgate.com (Ford Peterson); Date: Thu, 16 Jan 2003 17:25:17 -0600; statement ["medium signal analysis, and I'm afraid that I have to agree with Dave on this one. From my readings in Feynman, and elsewhere, I learn that photons travel along the path of least "time" a; /archives//html/Topband/2003-01/msg00098.html (8,509 bytes)

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