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Originally Posted by ALEX.356
I read your thoughts carefully enough.
I wish to bring to your attention the fact that Mike is a dowser, i.e. sensitive enough to feel the signal BUT in Magnacast 5000 we are talking about an electronic device NOT a dowsing rod.
Try to distance yourself from this trap.
Let's come back to the same subject.
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Yes,
You are correct!
Mike(Mont) is setting a trap because he wants us to think dowsing is necessary for using the Magnacast 5000. We see the Magnacast 5000 has no dowsing rods. Only a signal generator and a coil type receiver. I will become smart and ignore the crazy ascertations of Mike(Mont) telling us we must use dowsing methods with the Magnacast 5000.
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Originally Posted by ALEX.356
Nobody has tried to make a serious transmitter [ IF Magnacast 5000 is not. . .] ? ? ?
We have no member in this Forum that is intrigued by this approach ?
The "forward Gauss" Bull...S... has blocked your mind and ridiculed this project [approach I shoud prefer to say ] ? ? ?
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None of the Vernell Electronics LRLs have any transmitting equipment in them. They are simple signal generators that are not connected to any transmitter or RF power stage. In order to build a transmitter, you need to establish a frequency (usually a low power signal generator), then send it to a power stage using one or more power transistors that are capable of developing enough power to broadcast an RF signal into the air through an antenna. The antenna would be most likely a coil type for a portable transmitter, and it would broadcast the VLF into the air in a manner that it can be absorbed into the ground. At the lower VLF frequencies (5KHz to 20KHZ), the RF can penetrate the ground deeper than the average treasure hunter would care to dig.
I have already shown where people are interested in this. The method of surveying the ground with VLF broadcast signals is a well established science used by geologists. Any detectorist can use a real VLF transmitter to send RF into the ground, then use a coil receiver to survey the ground and determine what is under the ground. No development work is needed. You can buy the transmitters and receivers today from the same suppliers that sell to geologists. For much less cost, you can make your own VLF transmitter and receiver with a hand held coil. In fact, you don't even need to build a transmitter if you are in an area where a government transmitter is operating. All you need is a receiver. Very similar to AM radio receiver, except much lower frequency, and a large hand-held coil.
The BS about "forward gauss" means this is only a word the manufacturer made up from his mind. It does not exist except in his mind. No engineer or scientist has ever heard of forward gauss, or been able to observe it or measure it with calibrated scientific instruments.
But the BS about "signal lines" is also a word people made up from their mind. Signal lines do not exist except in people's minds. No engineer or scientist has ever heard of "signal lines", or been able to observe them or measure them with calibrated scientific instruments.
The use of VLF to determine what is under the ground does not depend on any particular kind of gauss or signal lines. The variations in the receiver measurements depends on the properties of the ground. The fluctuations come because the ground is more or less conductive in different areas, and can absorb more of the RF than other areas that are less conductive. These variations tell a lot about what is under the ground, and allow geologists and other engineers to map what is beneath the ground on large areas of land.
The idea of detecting treasure with coil receivers and using real VLF transmitters has been discussed many times in Remote Sensing forum. In the second half of one thread, there are details given on how to make the equipment needed. Here is the link again for people in this forum who are interested in this idea:
http://www.geotech1.com/forums/showthread.php?t=16216
Best wishes,
J_P