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References: [ +subject:/^(?:^\s*(re|sv|fwd|fw)[\[\]\d]*[:>-]+\s*)*Arrival\s+angles\s*$/: 4 ]

Total 4 documents matching your query.

1. Arrival angles (score: 1): Author: n6tv@vnet.IBM.COM (Robert A. Wilson); Date: Fri Apr 2 23:46:09 1993; About a week ago K3NA asked if there were any propagation tools such as IONSOUND that calculate arrival angles. Well, I haven't used IONSOUND, but MiniProp does this (even hour by hour, band by band); /archives//html/CQ-Contest/1993-04/msg00018.html (7,091 bytes)
2. Arrival angles (score: 1): Author: mraz@maverick.aud.alcatel.com (Kris Mraz); Date: Mon Apr 5 09:31:08 1993; A related question: The F-layer is not at a constant altitude. That is, at noon its at one height and at midnight its at another. Do the equations for calculating number of hops, radiation angle, etc; /archives//html/CQ-Contest/1993-04/msg00023.html (6,915 bytes)
3. Arrival angles (score: 1): Author: n6tv@vnet.IBM.COM (Robert A. Wilson); Date: Fri Apr 2 23:46:09 1993; About a week ago K3NA asked if there were any propagation tools such as IONSOUND that calculate arrival angles. Well, I haven't used IONSOUND, but MiniProp does this (even hour by hour, band by band); /archives//html/CQ-Contest/1993-04/msg00208.html (7,079 bytes)
4. Arrival angles (score: 1): Author: n6tv@vnet.IBM.COM (Robert A. Wilson); Date: Fri Apr 2 23:46:09 1993; About a week ago K3NA asked if there were any propagation tools such as IONSOUND that calculate arrival angles. Well, I haven't used IONSOUND, but MiniProp does this (even hour by hour, band by band); /archives//html/CQ-Contest/1993-04/msg00223.html (7,066 bytes)

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