my favorite part is when it says fuck it and just screams. •••---••• •••---••• •••---••• *passes 690 uSV/h* •••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••
It was nice. I would have like to have seen him use blue for negative to differentiate from green neutral, but he probably didn't have blue fluorescent paint. Or the blue showed up as green on camera or something.
Thanks to this video, I purchased my own RadiaScan. Quite happily, the most radioactive thing I found in my house was a stack of napkins made from recycled material.
Can you please test a cathode ray tube monitor (maybe an old tv) with your new device Thanks btw why is the reading still at 40 µSv when you placed them on the dinnerplate at 10:57 is it due to Potassium decay?
@@swabianscience Yes, one common brand which used uranium glazes was Fiestaware. It wasn't done for the radioactivity but rather for the properties of uranium compounds as dyes.
@@vamp97 Even if all of your dishes were coated in uranium based glaze, it wouldn't be dangerous. The amount of radioactivity is tiny (You'd have to hold it next to you for years to significantly increase your cancer risk), the only danger is when the glaze is damaged, it emits uranium dust, which you really don't want to breathe.
I store my strongest samples in a 'cage' of multiple layers of concrete garden tiles outside my house. Blocks the radiation to a tolerable level :) Thanks for watching!
@ louis tournas thanks for your comment but the smoke detector produces ions and reads only a disruptive molecule that reduces the ability of ions to move. It doesn’t give an actual reading showing how many negative or positive ions present. Both smoke detectors and emergency lights contain radioactive substances and if you don’t know what you are doing best not to play with them.
With the possible exception of needing to handle the uranium ore with such care...the biggest worry there is the radon--you couldn't get enough on your hands to cause any harm...
@@jomiar309 I mean I'd assume the worry is more about breathing in particulate from the uranium ore, not just being near it, right? It's not hot enough to be an immediate danger in the short-term but you do not want pitchblende dust in your lungs
I have a GQ gieger counter, and I think it's click is probably one of the most iconic gieger counter sounds. I haven't found anything radioactive above 50 CPM on my property, but I really like taking measurements of things, and a gieger counter is one the tools that you will likely never really need, but when you do need it, you really need it.
I really appreciate your attention to detail and clear explanations! I hope more and more people watch your videos and learn from them. Also, your accent is very pleasant to listen to. :)
@@0XAN A dosimeter is technically a geiger counter that can also count a the accumulated doese. A radiometer can only estimate the current level in real-time. Technically the Radiascan is all of that
Out of all my (many, many) subs, this is one of the few where I've never watched a video and been, like, "meh". Always interesting, always informative.
To go into a bit more detail about tritium turning into helium-3, this is done through a process called Beta Decay, because when it happens, a beta particle is emitted from a nucleus [a high energy electron/positron] In the case of tritium, a neutron was turning into a proton spontaneously. This happened because the quarks that make up the neutron are capable of changing into other kinds of quarks by exchanging a type of particle known as an Intermediate Vector Boson. In this case, it is a W- Boson, which can be thought of as a kind of messanger particle. To avoid a whole lecture about quantum electrodynamics and field theory, the gist is that while this decay process is happening, a beta particle and antineutrino are being created in a pair. Every time this process happens, they always come in pairs. Neutrons have a higher rest mass than protons. Essentially, it is that extra energy that goes into the beta particle and the antineutrino. There are also some photons involved but those aren't that important. This can also happen with protons becoming neutrons. It's called inverse beta decay, and it happens whenever you have a high energy particle, usually a beta particle or high energy neutrino smash into a proton. The kinetic energy of the collision supplies the activation energy needed to kickstart the decay process. An up quark in the proton by way of a W+ Boson changes into a down quark, and the nuclear potential energy between those quarks rises, giving the resulting neutron the extra rest mass. Some photons, neutrinos, and a positron is also given off as the total energy of the neutron rejects the excess energy from the original collision. After all, quantum particles really love being in their ground states.
Very weakly radioactive, especially compared to the pitchblende he showed in the video. There are some VERY spicy radium items out there (not the usual watches and clocks), but erm, those aren't so common in antique shops (thankfully!)
Your video editing has gotten so much more elaborate and sophisticated if you have an editor then give them my remarks and if you are doing it yourself then kudos to you and well done!
Hi braniac! Been watching for almost 3 years now, i think it would be very cool if you did a tour of where you store all of your samples/magnets/everything. Perhaps a future video idea?
Ahhh what a cool video!!! I had to pause it in the beginning to look up antimatter and it was a super intriguing subject, and the radition stuff was really cool as well! I wish I could support you on patreon but as I only turn 16 this year that's not possible. However, if you were to sell merch, especially something like shirts or pins of your wheel of hazards I'd definitely buy something like the nerd I am XD
By the way, i have to mention it but i think i saw a meteor yesterday! I would've thought it was some sort of firework or something but it made no sound, it was a orange/yellow kinda fire colour, sparks came of the end, its soared for maybe 1-3 seconds before disappearing pretty high up but much closer than the few stars that had come out and it was the most amazing thing ever
Thank you very much, Indra. Patreon support is totally optional. It's an even bigger support to always watch, like and comment on my videos like you do. That matters more! I don't have plans for merchandise at the moment, but who knows what the future will bring. I dream of a Brainiac75 line of neodymium magnets. All grade N52 looking good in black epoxy with my yellow logo on them x) But your suggestions are more likely to be realized.
Sure sounds like a shooting star. The sparks at the end were the meteor breaking up in small parts from the extreme friction heat etc. when entering the Earth's atmosphere. Very cool display indeed - congratulations :o)
Brian, I have 4 observations: 1. Very nice video, as always. Congratulations! 2. I found it very interesting how your new RadiaScan beeps S.O.S. in morse code, until it reaches about 700 uSv/h, when it goes "oh my god get me the hell out of here" constant beep mode. 3. I didn't understand why the uraninite was colder than the table (that was, presumably, at ambient temperature). 4. I also didn't understand why your Soeks and GammaScout devices zeroed the readings in 2015 and did detect radioactivity at this time... Thanks and best wishes!!
And touching the actual pitchblende sample with the detector's window is a VERY bad idea. Once the insides get contaminated you can just throw the detector away, good luck cleaning it.
Yep, I haven't tested the functions of the 701 much yet, but it sure seems to work well as the video hopefully shows. It even has alpha, beta and gamma modes that I haven't had the time to test yet. Thanks for watching!
I love looking for radioactive rocks in the woods and I was thinking about getting gamma scout but now I think I'll go with radiascan considering it outperform gamma scout and it's also cheaper!
Interestingly there is more to the x-rays coming from the tritium light sources. While a large part is due to Bremsstrahlung at 5-15keV, there are also pretty strong peaks corresponding to the characteristic x-ray spectrum of zinc, especially the K_alpha and K_beta emissions. However there is still practically nothing coming from these. As counters are calibrated to 662keV Cs137 emissions, they overestimate the dose by a factor of around 70. And of course it's not actually a full body dose. I once calculated the yearly dose for a key-chain with ~200Bq, ~10keV per gamma, 1/2 absorbed (people don't usually swallow their keys :P), 1/2 of the time wearing they key on you. I get around 2.5 micSv for a year, so around 1000-2000 times less than background and around as much as I got from my 2 day trip to Chernobyl, or around 2h of flying... Considering less than 1/2 is actually absorbed since people aren't infinite planes and people don't have their keys on them half of all time, it's probably a factor 5 or so lower still. All in all, the probability of impressing a potential girlfriend with one of these far far outweighs the risk of it! :D
Where did you get 200 Bq? I think the tritium light sources are more like 10^9 Bq. However, once you work out how much of the super low-energy x-rays are produced and actually make it out of the glass vial, it becomes only a few counts per second.
For example, I have a Betatorch which is a British military tritium illumminator which is about the same surface brightness as a keychain tritium light but the surface area is much larger (it is designed to provide just enough light that you could read a map in total darkness but not be seen more than about 20 meters away). It has 1.9 Curies of tritium (7x10^10 Bq)
@@sbreheny I held of in front of a scintillating counter and got ~100Bq, bit below. So ~200 or in that range total. It was a Nite GlowRing if I remember correctly. Honestly somewhat unscientific since the scintillators aren't really meant for these low energies. I wouldn't think it's far off the actual value but there is no way to know for sure other than using an x-ray detector. But in the end even if it's a factor of 100 greater, it's still less than a tenth of background and personally wouldn't bother me. Edit: oh you are saying you would expect less. Well could be, I really just grabbed the next best scint counter while doing student labs. Beforehand that I expected less as well, especially because IAEA has a paper that speaks of 28mic penetration depth of the x-rays through glass.
@@TiSapph So you're saying you did extensive math based on... waving a random-shape and random-area source in front of a random-shape and random-volume scintillation detector that only shows its own estimated total absorbed dose? Yeah... nice.
@@Spirit532 Um not quite? It's a scintillation counter, not spectrometer. It only counts the number of pulses, not their amplitudes. And then I did a fairly simple one line order of magnitude calculation to get a sense of how much dose one of these gives you. Also I think it's seems pretty fair so assume that if you have a small object on a decently large detector, the total activity is going to be around 2-3 times that much. Even if it's actually like a factor of 5, whatever it's an order of magnitude calculation. Don't quite get what the issue is
For strong samples, in my opinion it’s a good idea to have a saturation indicator on the Geiger counter. I’ve had several PET scans done (injected each time with ~12 mCi of F-18 FDG), and for several hours afterward, I can drive my Inspector+ (which has a 2-inch pancake tube) into saturation, by holding it near my body.
Nice ;) I was so annoyed by the glare, when I saw it after filming. I just didn't feel like taking another radiation dose that day, and I'm not sure the Gamma-Scout's battery would like a second try either... Thanks for watching!
When you change the battery, make sure you have the device "on life support" with another power source to hold any volatile memory. Manufactures do this so that if you replace the cell, the unit will stop working. Also, Is there a Dallas chip on the board? Those have batteries to back their circuits potted into the bottom of them. Don't let the power fall out completely!
According to building emergency management if an Emergency light is broken by accident. The area must be cordoned off due to the fact there is radio active substance inside to keep it lighted even if the battery has failed. This information was given to me in emergency management training
Marco Guerini The training I did was so long ago, older emergency lighting contained some form of radioactive particles. In the training for cleaning the area was to be taped off and special cleaning techniques were to be used. Like masks and white sperm suits. I think today with LED technology it is no longer an issue. Just be aware that old units do contain radioactive materials.
Ok that was actually awesome, I extremely enjoyed watching that and also remembering that I've already watched the other one from the 2015 , you are real great and I extremely appreciated this video the radiation really does scare me I hope you stay safe keep up the amazing work that you are doing I can't wait to see your next video PS greetings from Iran 🌷😊
Thanks, Abteen. The pitchblende sample does need to be treated with respect, but for short amounts of time near it, it's no problem. I actually received less of a radiation dose by filming this video that I would receive on an international flight (cosmic radiation in 10 km's height is a thing...). Thanks for watching once again and greetings back from Denmark.
I love how the RadiaScan releases an S.O.S in morse code, very creepy
Being the smart ass I am, I searched for "morse" b/f I was going to add the same comment.
my favorite part is when it says fuck it and just screams.
•••---••• •••---••• •••---••• *passes 690 uSV/h* •••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••
That alarm is meant to be warn when walking around chernobyl or something, to alert you when you are wandering into a hot zone.
@@RKSNomad but isnt sos ...---...
@@superzucc7343 yeah... in unsure what your point is.
That's one chicken scanner - it sends out SOS when radiated.
Peter Riis i guess that's to warn the handler to get the hell out of wherever they're scanning immediately
I hope that feature can be turned off. Otherwise I'd be very tempted to do a photonic induction on the thing.
@@plushifoxed
Really?
@@bdf2718
A photonic induction?
@@Peter_Riis_DK
ruclips.net/video/Ex8xT9Avf48/видео.html
Nice illustration with the glowing balls
Yeah that looked really cool
I thought it was CGI lol
Absolutely! Looked like it was made on a computer until the hand came in :D
It was nice. I would have like to have seen him use blue for negative to differentiate from green neutral, but he probably didn't have blue fluorescent paint. Or the blue showed up as green on camera or something.
Why am I dirty minded
Thanks to this video, I purchased my own RadiaScan. Quite happily, the most radioactive thing I found in my house was a stack of napkins made from recycled material.
Thats one serious and very creepy geiger counter lol
It immediately sends out SOS on Morse code damn
It's a warning to get the hell out of there.
Another outstanding video my friend
Dan Festag o0
Make more videos with radioactive stuff, love it
Can you please test a cathode ray tube monitor (maybe an old tv) with your new device
Thanks
btw why is the reading still at 40 µSv when you placed them on the dinnerplate at 10:57
is it due to Potassium decay?
I think it's one of his uranium coated plates, so it's quite radioactive by itself if you mean that
@@swabianscience Yes, one common brand which used uranium glazes was Fiestaware. It wasn't done for the radioactivity but rather for the properties of uranium compounds as dyes.
@@swabianscience thank goodness for the context, I was about to be scared of all my dinnerware...
@@vamp97 Even if all of your dishes were coated in uranium based glaze, it wouldn't be dangerous. The amount of radioactivity is tiny (You'd have to hold it next to you for years to significantly increase your cancer risk), the only danger is when the glaze is damaged, it emits uranium dust, which you really don't want to breathe.
So, where do you store those? In your noisy neighbor's yard?
I might put them in the middle of some water canisters to absorb the radiation.
I store my strongest samples in a 'cage' of multiple layers of concrete garden tiles outside my house. Blocks the radiation to a tolerable level :) Thanks for watching!
What do you know about ions? What can be used to detect and read how many are being produced.
@@21gioni :
Smoke alarms with Am241 measure the number of ions in the air near the Am241 source.
en.wikipedia.org/wiki/Smoke_detector#Ionization
@ louis tournas thanks for your comment but the smoke detector produces ions and reads only a disruptive molecule that reduces the ability of ions to move. It doesn’t give an actual reading showing how many negative or positive ions present.
Both smoke detectors and emergency lights contain radioactive substances and if you don’t know what you are doing best not to play with them.
As a Nuclear Physics student, this "home" video is truly pretty accurate
With the possible exception of needing to handle the uranium ore with such care...the biggest worry there is the radon--you couldn't get enough on your hands to cause any harm...
@@jomiar309 I mean I'd assume the worry is more about breathing in particulate from the uranium ore, not just being near it, right? It's not hot enough to be an immediate danger in the short-term but you do not want pitchblende dust in your lungs
I gotta say... That little atomic demonstration was pretty awesome.
Brainiac, your videos have this special kind of atmosphere / feel to it, please never change this. It's sooooo moody
Love the visualisation of the atomic nucleus! Especially the neutrino :) It was really good and effective.
I have a GQ gieger counter, and I think it's click is probably one of the most iconic gieger counter sounds. I haven't found anything radioactive above 50 CPM on my property, but I really like taking measurements of things, and a gieger counter is one the tools that you will likely never really need, but when you do need it, you really need it.
Cool😊
I really appreciate your attention to detail and clear explanations! I hope more and more people watch your videos and learn from them. Also, your accent is very pleasant to listen to. :)
Nice! I was just watching your videos, thank you for the exemplary work!
Same
Thank you, John. You certainly were here fast ;) More to come!
I'm speechless! Good luck in the future! The meter is singing to the user when in high levels :p
Love this channel what a voice!
I've been following you since the first geiger counter video!
So glad you're still on youtube :)
"This video features radioactive items" = instant thumbs up from me!
Production quality on this video was amazing. So much more work being put into the video. loved it.
I like how the RadiaScan uses SOS in Morse code to warn the user.
Sehr interessantes Video! Weiter so!
RadiaScan 701A is a Russian device. I have one and it's one of the best radiometers out there. By the way, hi from Russia.
hi there, it's a geiger counter, or just a dosimeter?
@@0XAN A dosimeter is technically a geiger counter that can also count a the accumulated doese. A radiometer can only estimate the current level in real-time. Technically the Radiascan is all of that
The Geiger counter beeping and the creepy music in the background...
Gives me chills.
This is such a great demonstration. If I ever work at a national lab again, I'm definitely getting a 701a.
You won't
The quality of this video is insane.
Thank you so much for the info! I just ordered my own Radiascan-701A
Nuclear physics are absolutely wicked, thanks for the awesome stuff !
Yes would like to see the battery replacement. Also any schematics that you can find on the circuit board.
Thanks for the vid.
A schematic of a turd emoji would do it justice!
Just like all your other videos, fantastic! Thank you and keep the good work
Great video! I would love to do more stuff like this on our page. Keep up the cool stuff.
Out of all my (many, many) subs, this is one of the few where I've never watched a video and been, like, "meh". Always interesting, always informative.
Awesome, I love it when you do these kind of videos! :D
To go into a bit more detail about tritium turning into helium-3, this is done through a process called Beta Decay, because when it happens, a beta particle is emitted from a nucleus [a high energy electron/positron]
In the case of tritium, a neutron was turning into a proton spontaneously. This happened because the quarks that make up the neutron are capable of changing into other kinds of quarks by exchanging a type of particle known as an Intermediate Vector Boson. In this case, it is a W- Boson, which can be thought of as a kind of messanger particle.
To avoid a whole lecture about quantum electrodynamics and field theory, the gist is that while this decay process is happening, a beta particle and antineutrino are being created in a pair. Every time this process happens, they always come in pairs.
Neutrons have a higher rest mass than protons. Essentially, it is that extra energy that goes into the beta particle and the antineutrino. There are also some photons involved but those aren't that important.
This can also happen with protons becoming neutrons. It's called inverse beta decay, and it happens whenever you have a high energy particle, usually a beta particle or high energy neutrino smash into a proton.
The kinetic energy of the collision supplies the activation energy needed to kickstart the decay process. An up quark in the proton by way of a W+ Boson changes into a down quark, and the nuclear potential energy between those quarks rises, giving the resulting neutron the extra rest mass.
Some photons, neutrinos, and a positron is also given off as the total energy of the neutron rejects the excess energy from the original collision. After all, quantum particles really love being in their ground states.
oof the quantum jokes. Now to figure out where they're going
You should take them with you to thrift stores. There are stupendously radioactive things lying around there, mostly glazed ceramics.
Very weakly radioactive, especially compared to the pitchblende he showed in the video. There are some VERY spicy radium items out there (not the usual watches and clocks), but erm, those aren't so common in antique shops (thankfully!)
You have a nice channel with nice videos! Really nice!
@3:00 ish, that was a very nice illustration of the elements. I feel we need more of that. ;)
As always a terrifically interesting and educational video! Thank you!
You're just amazing. Thanks to you we can learn more about this things!
Amazing video mate, absolutely loved it :)
Your video editing has gotten so much more elaborate and sophisticated if you have an editor then give them my remarks and if you are doing it yourself then kudos to you and well done!
Hi braniac! Been watching for almost 3 years now, i think it would be very cool if you did a tour of where you store all of your samples/magnets/everything. Perhaps a future video idea?
I know it's been more than 2 years, but I'd absolutely love to see more radioactive experiments!
were do i get a small chernobyl paperweight like that
That chunk of radioactive material is mad do you have a lead container to store it ???, this has to be my favorite video from you
the atomic diagram was really cool and informative! very easy to understand.
I like how they don't have a word for Bremsstraglung :D
"Slowing Down Radiation" (SDR) or "Braking Radiation" (BR) is too long!
Quality content as per usual
Antimatter matters
Really fine presentation.
I learn so much Chemistry from you than in school
Thnx xd
Always interesting and educational. Thank you.
Quality > quantity I love your videos and your attention to detail mate.
Ahhh what a cool video!!! I had to pause it in the beginning to look up antimatter and it was a super intriguing subject, and the radition stuff was really cool as well! I wish I could support you on patreon but as I only turn 16 this year that's not possible. However, if you were to sell merch, especially something like shirts or pins of your wheel of hazards I'd definitely buy something like the nerd I am XD
By the way, i have to mention it but i think i saw a meteor yesterday! I would've thought it was some sort of firework or something but it made no sound, it was a orange/yellow kinda fire colour, sparks came of the end, its soared for maybe 1-3 seconds before disappearing pretty high up but much closer than the few stars that had come out and it was the most amazing thing ever
Thank you very much, Indra. Patreon support is totally optional. It's an even bigger support to always watch, like and comment on my videos like you do. That matters more! I don't have plans for merchandise at the moment, but who knows what the future will bring. I dream of a Brainiac75 line of neodymium magnets. All grade N52 looking good in black epoxy with my yellow logo on them x) But your suggestions are more likely to be realized.
Sure sounds like a shooting star. The sparks at the end were the meteor breaking up in small parts from the extreme friction heat etc. when entering the Earth's atmosphere. Very cool display indeed - congratulations :o)
Brian, I have 4 observations:
1. Very nice video, as always. Congratulations!
2. I found it very interesting how your new RadiaScan beeps S.O.S. in morse code, until it reaches about 700 uSv/h, when it goes "oh my god get me the hell out of here" constant beep mode.
3. I didn't understand why the uraninite was colder than the table (that was, presumably, at ambient temperature).
4. I also didn't understand why your Soeks and GammaScout devices zeroed the readings in 2015 and did detect radioactivity at this time...
Thanks and best wishes!!
Love what your doing dude Keep it up!!!!
Love your vids as always!
Tak! Oh, and it would be cool to see you bring out the soldering iron!
Like always, Perfect video :)
I would advise protecting your counters with a sealable bag. You don't want the meters to get contaminated with radioactive ores.
And touching the actual pitchblende sample with the detector's window is a VERY bad idea.
Once the insides get contaminated you can just throw the detector away, good luck cleaning it.
Du er under vurderet og fortjener klart flere subscribers!!
Elsker dine videoer! :D
The visualisation of tritium was the best and amazing i have seen
Very informative. That 701 has nice clever features built in. Especially that discriminator system.
Yep, I haven't tested the functions of the 701 much yet, but it sure seems to work well as the video hopefully shows. It even has alpha, beta and gamma modes that I haven't had the time to test yet. Thanks for watching!
I love looking for radioactive rocks in the woods and I was thinking about getting gamma scout but now I think I'll go with radiascan considering it outperform gamma scout and it's also cheaper!
9:57 my brain :- touch it
I absolutely want to see an attempted battery change. great stuff as always
Interestingly there is more to the x-rays coming from the tritium light sources. While a large part is due to Bremsstrahlung at 5-15keV, there are also pretty strong peaks corresponding to the characteristic x-ray spectrum of zinc, especially the K_alpha and K_beta emissions.
However there is still practically nothing coming from these. As counters are calibrated to 662keV Cs137 emissions, they overestimate the dose by a factor of around 70. And of course it's not actually a full body dose.
I once calculated the yearly dose for a key-chain with ~200Bq, ~10keV per gamma, 1/2 absorbed (people don't usually swallow their keys :P), 1/2 of the time wearing they key on you. I get around 2.5 micSv for a year, so around 1000-2000 times less than background and around as much as I got from my 2 day trip to Chernobyl, or around 2h of flying... Considering less than 1/2 is actually absorbed since people aren't infinite planes and people don't have their keys on them half of all time, it's probably a factor 5 or so lower still.
All in all, the probability of impressing a potential girlfriend with one of these far far outweighs the risk of it! :D
Where did you get 200 Bq? I think the tritium light sources are more like 10^9 Bq. However, once you work out how much of the super low-energy x-rays are produced and actually make it out of the glass vial, it becomes only a few counts per second.
For example, I have a Betatorch which is a British military tritium illumminator which is about the same surface brightness as a keychain tritium light but the surface area is much larger (it is designed to provide just enough light that you could read a map in total darkness but not be seen more than about 20 meters away). It has 1.9 Curies of tritium (7x10^10 Bq)
@@sbreheny I held of in front of a scintillating counter and got ~100Bq, bit below. So ~200 or in that range total. It was a Nite GlowRing if I remember correctly.
Honestly somewhat unscientific since the scintillators aren't really meant for these low energies. I wouldn't think it's far off the actual value but there is no way to know for sure other than using an x-ray detector.
But in the end even if it's a factor of 100 greater, it's still less than a tenth of background and personally wouldn't bother me.
Edit: oh you are saying you would expect less. Well could be, I really just grabbed the next best scint counter while doing student labs.
Beforehand that I expected less as well, especially because IAEA has a paper that speaks of 28mic penetration depth of the x-rays through glass.
@@TiSapph So you're saying you did extensive math based on... waving a random-shape and random-area source in front of a random-shape and random-volume scintillation detector that only shows its own estimated total absorbed dose?
Yeah... nice.
@@Spirit532 Um not quite? It's a scintillation counter, not spectrometer. It only counts the number of pulses, not their amplitudes.
And then I did a fairly simple one line order of magnitude calculation to get a sense of how much dose one of these gives you.
Also I think it's seems pretty fair so assume that if you have a small object on a decently large detector, the total activity is going to be around 2-3 times that much. Even if it's actually like a factor of 5, whatever it's an order of magnitude calculation. Don't quite get what the issue is
i just want to see moreee , i get adicted to your videos
At 2:33 it says "SOS" in Morse Code. (RadiaScan-701A)
I like the way you show atoms with floressing materials.
Great video mate! Subscribed!
When the equipment screams in morse, you know your boned
you're*
And no, you are not boned. But you have to pay attention.
Amazing
That pitchblende rock is scary to me in a way I can't quantify. Thinking of all the potential accidents associated with keeping that in your home.
It's really not that big of a deal if you don't sleep on it. If it was, he wouldn't be allowed to have it in the first place.
Marie Sklodowska Curie was so hardcore.💙
@@joshroolf1966saying that she kept a glowing pile of radium on her desk
Great work👍
great vid keep them coming
thanks for the recommendation
I love you dr. Brainiac
awesome video as always!
woaw have I bin here for more than 4 years, time realy flies by
For strong samples, in my opinion it’s a good idea to have a saturation indicator on the Geiger counter. I’ve had several PET scans done (injected each time with ~12 mCi of F-18 FDG), and for several hours afterward, I can drive my Inspector+ (which has a 2-inch pancake tube) into saturation, by holding it near my body.
Great video! The information about tritium is very interesting. I have one of those vials on my keychain so I can find my keys in the dark.
I think a video on swapping the battery would be interesting. :) Good video.
Ok you proved that you are a crazy man good point!
tillykke med 500 tusind subs!!! håber at du får 1 million :)
Nicely done!
Plates made in the "C" nation being radioactive -- these are the classic civil defense props.
Because of the glare I actually mooved my phone to see the numners better
Nice ;) I was so annoyed by the glare, when I saw it after filming. I just didn't feel like taking another radiation dose that day, and I'm not sure the Gamma-Scout's battery would like a second try either... Thanks for watching!
Am i the only one who loves the beep sound of the radioactivity sensors make?
When you change the battery, make sure you have the device "on life support" with another power source to hold any volatile memory. Manufactures do this so that if you replace the cell, the unit will stop working. Also, Is there a Dallas chip on the board? Those have batteries to back their circuits potted into the bottom of them. Don't let the power fall out completely!
Gamma Scout: Price for Battery-Change and Recalibration is 119,- EUR. I did this in May 2021 here in Germany.
Would love more radio active videos
According to building emergency management if an Emergency light is broken by accident. The area must be cordoned off due to the fact there is radio active substance inside to keep it lighted even if the battery has failed.
This information was given to me in emergency management training
Marco Guerini The training I did was so long ago, older emergency lighting contained some form of radioactive particles.
In the training for cleaning the area was to be taped off and special cleaning techniques were to be used.
Like masks and white sperm suits.
I think today with LED technology it is no longer an issue.
Just be aware that old units do contain radioactive materials.
Those atoms look like neon cheeseballs.
Where did you get the memorial of Chernobyl
Great video!
radioactive material :
geiger counter : lets send a SOS signal even though nobody cares
Ok that was actually awesome, I extremely enjoyed watching that and also remembering that I've already watched the other one from the 2015 , you are real great and I extremely appreciated this video the radiation really does scare me I hope you stay safe keep up the amazing work that you are doing I can't wait to see your next video
PS greetings from Iran 🌷😊
Thanks, Abteen. The pitchblende sample does need to be treated with respect, but for short amounts of time near it, it's no problem. I actually received less of a radiation dose by filming this video that I would receive on an international flight (cosmic radiation in 10 km's height is a thing...). Thanks for watching once again and greetings back from Denmark.
Your first Geiger counter can detect alpha radiation when you will take back cover off
That’s one cool model of Chernobyl, great video! Maybe you should visit the ISS so you can test all your radiation meters in space
I would love to visit the ISS... I would have to train for it first though x) Thanks for watching!
@Brainiac75 Space adventures company, along with SpaceX will make it happen