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References: [ +subject:/^(?:^\s*(re|sv|fwd|fw)[\[\]\d]*[:>-]+\s*)*\[CQ\-Contest\]\s+Overdue\s+research\s+on\s+equatorial\s+propagation\s*$/: 3 ]

Total 3 documents matching your query.

1. [CQ-Contest] Overdue research on equatorial propagation (score: 1): Author: Charles Harpole <hs0zcw@gmail.com>; Date: Fri, 29 Aug 2014 06:48:02 +0700; There is over twenty years of observation of the absorption (?) of incoming HF signals in a latitude band of about 25 degrees width and seemingly along the MAGNETIC equator. Consistently, signals com; /archives//html/CQ-Contest/2014-08/msg00173.html (7,200 bytes)
2. Re: [CQ-Contest] Overdue research on equatorial propagation (score: 1): Author: Bob Kupps via CQ-Contest <cq-contest@contesting.com>; Date: Thu, 28 Aug 2014 19:38:53 -0700; Hi Charly I would be very interested in how these observations were made. I am not a smart doctoral candidate but as 'other people' my theory for this observation is the large increase in propagated; /archives//html/CQ-Contest/2014-08/msg00176.html (8,618 bytes)
3. Re: [CQ-Contest] Overdue research on equatorial propagation (score: 1): Author: Pete Smith N4ZR <n4zr@contesting.com>; Date: Fri, 29 Aug 2014 08:59:39 -0400; Well, one major tool in such research could be the RBN. Currently, it is an overwhelmingly northern hemisphere resource. We have Skimmers in VU, 9V, and southwestern China, but nothing to speak of in; /archives//html/CQ-Contest/2014-08/msg00177.html (9,429 bytes)

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