Re: Standind wave in a magnet

Ray Tomes ( rtomes@kcbbs.gen.nz )
Fri, 17 Apr 1998 00:41:00 GMT

Jerry, perhaps the standing wave in the magnet is a sound wave and that
then causes a magnetic wave to be transmitted. A sound wave would be
much smaller for a given frequency.

Actually I mainly replied to this post to tell you that I think that I
have the answer to your double messages. Have a look at your two
messages with subject "Re: Standind wave in a magnet" (one of which this
is a reply to) that are 113 and 114 lines long. The headers contain the
following information:

Received: from lists.kz (root.starfire.douglas.ma.us [207.180.91.8])

Received: from mx1.eskimo.com (smartlst@mx1.eskimo.com [204.122.16.48])

and I see that you sent the message - To: KeelyNet-L@lists.kz
CC: petkell@stc.net, rivas@theriver.com, Tebearden@aol.com,
vortex-l@eskimo.com, freenrg-l@eskimo.com

I think that one of these eskimo lists is set up to echo all messages to
your keelynet list. Anyway, I am sure that the answer lies sopmewhere
in there. Good luck.

You might try sending a message to just keelynet and CC to one of these
at a time and see what happens... the black box principle :-)

-- Ray Tomes -- http://www.kcbbs.gen.nz/users/rtomes/rt-home.htm --
Cycles email list -- http://www.kcbbs.gen.nz/users/af/cyc.htm
Boundaries of Science http://www.kcbbs.gen.nz/users/af/scienceb.htm