Quote:
Originally Posted by WM6
Hi infamy
I dont understand you. Are you PRO or CONS LRL?
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Sorry if I answer, but what a stupid question!!
We all shouldn't be pro or con LRLs but pro understanding and pro technical details! Open minded to try and test new electronic inventions or discoveries!
And critical enough to sort out truth from lies!
As we know already from Morgan, Geo and others here there are working and not working LRLs out there. Of course we want a 100% working one so we have to understand why it works and under which circumstances it will not work! Comparable topic: If it is snowing some sat-dishes also don't work...
Are we in kindergarten or is this so complicated to understand?
> problem is to biuld high directivity sensor
I would say the problem is that the electrostatic field looks more like a distorted cloud or balloon and the voltage/strengh of the field raises proportional to the distance and gets overpropotional stronger the more you came near. So a high directive sensor is simple not possible - only a high sensitive one, so we can sense already the weaker edges of the energie-field.
It's comparable if the flash strikes the tip of the highest tree and not the roof out ouf metal which is just 3m below and much larger.
If we think about the behaviour of high-voltages you know that for every 1000volts the spark can jump ca. 1mm - (10kV = 1cm spark etc.) no matter how many milli-/amperes.
If you came near enough to the electrostatic field, you can sense it, but you also will unload/decharge it, if it isn't connected to some energy source. I could test this very good with my new detector. Comparable with shortcutting a battery. However the sparks alias electrons are very small and the most time invisible.
Enough theory:
Here are some first indoor testresults so we can compare the sensitivity of our electrostatic-detectors:
Detection of the 220V cable of my powered on LCD-monitor:
with inbuilt 5cm antenna: 5cm
with 20cm dish-antenna: 50cm
50cm distance if the flat side (front) looks to the cable, 35cm if the edge looks to the cable. So it works pretty good directional.
But perhaps 20cm are not enough...