From: k2ors@comcast.net
To: rsgb_lf_group@blacksheep.org
Date: Tue, 22 Jan 2008 02:23:09 +0000
Message-Id: <012220080223.7305.4795538D000DE37700001C8922155538949C9D01CD05@comcast.net>
Subject: LF: FW: HAARP-LWA Moon Bounce on YouTube
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See below.
--
73 Warren K2ORS
WD2XGJ     136-140kHz
WD2XSH/23 505-510kHz
WE2XEB/2   160-189kHz
WE2XGR/1 505-515kHz

FN42hi
http://www.w4dex.com/wd2xgj.htm

-------------- Forwarded Message: --------------
From: "Floyd, Steve (US SSA)" <steve.floyd@baesystems.com>

Subject: FW: HAARP-LWA Moon Bounce on YouTube
Date: Tue, 22 Jan 2008 01:57:47 +0000
> Greetings All,
> 
>   For the moon bounce experiment we were running all 180 transmitters at 
> full power, carrier ON for 2 seconds, then OFF for 3 seconds, precisely timed 
> starting at the top of the hour, repeating the 5 second cycle every 5 seconds 
> for 1 hour at  6.7925 MHz, and then 1 hour at 7.4075 MHz.  We aimed the antenna 
> beam accurately at the moon, updating our aim position every 3 minutes to 
> continuously track the moon.
>   Our ERP at 6.7925 MHz and 7.4075 MHz would be approximately +94 dBW.
>   Expected total propagation delay time is 2.7 seconds.
>    
>   Please see the youtube posted video link below.  This is an excellent 
> reception report with very strong echo signals received in the middle of the 
> video post.  A very nice video indeed from this individual in Washington state.
>    
>   All 180 transmitters are operating extremely well and we are refining 
> our maintenance routines to further enhance the excellent reliability we are now 
> experiencing.
>    
>   Let me know what you think of the link below.
>    
>   Regards,
>   Steve
>   
> 
>           
>           Check this site: 
> http://www.youtube.com/watch?v=L5E2ntIxAsc
> 
>           About 15 minute video; in the latter half K7AGE begins 
> to show the total power vs time trace.  He also shows the transition from 6.7925 
> MHz to 7.4075 MHz.  A good video production.
> 
>