This is not a proper test, a discussion for Radiation Watch or any other interested parties  @RadLevelsEngland
This is not a proper test, a discussion for Radiation Watch or any other interested parties  @RadLevelsEngland
RadLevelsEngland | This is not a proper test, a discussion for Radiation Watch or any other interested parties @RadLevelsEngland | Uploaded June 2012 | Updated October 2024, 2 minutes ago.
Time 23::20hrs GMT
South Devon England
34cpm is my normal background
Around 10x above background.
Rain had stopped between 30min & 60mins prior to samples taken. Rain only lasted short time.

Also there is a quick test to see if 320cpm is the same as 1uSv/hr (mcSv/hr if u have a Soeks Geiger)

Please note this video is for anyone as they all our but please understand I have only done this video to follow up on an old discussion with some of the members in Radiation Watch that we were having with regards to some troll/agents comments about rain swipes. So this is to very quickly demonstrate a point not to the group but to those hidden little pro nukers out there lurking like a bad smell.

A while back some troll/agents were trying to say that all rain swipes were Radon washout. We proved that this was not to be the case. We do not dismiss the possibility of some radon washout at 2-3x above background maybe and not in all rain. But the trolls/pro nukers did for a while try attempt to say that the higher readings from swipes from cars were because the car was electrostatically charged and therefore was attracting more radon than normal, yeh whatever. They even tried to say it was brake dust picked up from the roads and which spread all over ones car. They failed to realise that some people hadn't even driven their cars for months and the car washed a couple days earlier and people live out in the country so no electrostatic charge and no brake dust from say city pollution. I was one of these people. I didn't drive my car for over a month once. I had a motor bike so didn't use my car but I still measured high levels.

So this very rough video although not very scientific proves that the very same fallout can be collected from other surfaces whether they are electrostaticly charged or not.

SAMPLES: .
All swipes taken with Kleenex Man Size snot rags.
Originally I only meant to take the one swipe off from my car but I just thought well why not for a bit of fun just take some random samples from different surfaces but for the 4th sample I only had a one non used tissue scrunched up in my pocket hence the untidiness of the sample haha

1st is a plastic garden table (area swiped no more than half square meter). This small table had not been driven anywhere in all its life apart from leaving the factory and myself transporting this piece of top quality plastic junk from the shop to my garden lol

2nd I am sorry to say this was taken from a horrid bog standard car... a ROVER (didn't car to look at the model) lol. This was apx 1sq/m from bonnet/hood. This car had not been driven for over 15 hours.

3rd was neighbours car but this swipe was from the windscreen/windshield & was less than 1sq/m. This car not moved for at least 8hours.

4th was a swipe well a wipe here and a wipe there lol, not very scientific I know but this was from my car that had not long before been driven to the shops to purchase some contaminated skimmed milk to go along with my contaminated tea bags. More on that another day. Area less than half of a Sq/m, not to sure it was just random wipes from different places from my car.

Please note less than 24 hours ago I took a swipe from my car where fog had condensed. The tissues were completely clean after a proper 1Sq/m swipe, As you can see in this video all the sample were dirty. But I know that my car was clean and I only drove around the corner and it wasn't raining so all this dirt and strange colour had washed out in the rain.

Thank you.

p.s. Sorry for my delays in replying, I will reply.
This is not a proper test, a discussion for Radiation Watch or any other interested parties27.9x (954cpm / 2.8μSv/hr  @ 23:22hrs). December 22nd 2012Nuked on bike part2 (please read info below before asking questions)

This is not a proper test, a discussion for Radiation Watch or any other interested parties @RadLevelsEngland

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