Message-ID: <5.1.0.14.0.20030711163012.02ab1230@gemini.herts.ac.uk>
Date: Fri, 11 Jul 2003 16:56:40 +0100
To: rsgb_lf_group@blacksheep.org
From: "James Moritz" <j.r.moritz@herts.ac.uk>
MIME-Version: 1.0
Subject: Re: LF: Field strength calcs.
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At 14:54 08/07/2003 +0200, you wrote:
>I think 2km is not quite enough at 73kHz. I calculated the total field 
>over perfect ground at 2km distance by means of a antenna simulation 
>program. I found E/H = 342 ohm. In the far field E/H ought to be 377 
>ohm  (= 120.pi ohm).  So apparently at 2km the near field is not yet small 
>enough to be negligible.
>
>I found that even at 137kHz measurements were inconsistent at 2km so I 
>changed to over 4km.
Dear Dick, LF Group,

When I was doing my field-strength measurement experiments, one result was 
to plot ERP calculated from field strength against measuring distance, with 
the idea of finding how far away it was necessary to be to get far-field 
conditions. The plots are shown in the attached file - the upper one is for 
136k, the lower one for 72k. You can see from the plots that effective ERP 
increases at short distances , but once you reach distances > 1km, ERP 
becomes more or less independent of distance. There is also a "scatter" in 
values of ERP of about +/-3dB; this looks like random errors or noise in 
the measurement, but is not - returning to the same measurement site gives 
exactly the same "error" each time, so these variations are a property of 
the measuring site

DF6NM made some interesting plots of the data at short distances, which 
showed that these values conform fairly well to what you would expect 
theoretically from a short monopole in the near field. In practice, there 
seems to be more possibilities for error with measurements at short 
distances; for example, I found at some positions within 2km of my QTH 
where the ERP was several dB higher than anywhere else - they turned out to 
be close to the overhead phone line to my house, which runs quite near the 
antenna and appears to act as a rather inefficient transmission line, with 
a detectable standing wave pattern at 136k. Also at short distances, there 
are usually fewer suitable measuring sites available. At greater distances, 
there are fewer problems like this, but things like overhead power lines, 
steel road bridges and large buildings may have a significant effect on the 
measured field strength. I eliminated from the graphs all points where I 
could find an obvious reason for suspicion, but as you can see, there is 
still significant variation between different measuring sites. This means 
it is necessary to make several measurements at different sites in order to 
get an accurate idea of the ERP. Dick's calculation indicates that the H 
field is increased by about 1dB relative to the E field at 2km on 73kHz - 
but if this effect is present in my data, it is swamped by other sources of 
variation.

Cheers, Jim Moritz
73 de M0BMU
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