This is much worse than Chernobyl because most of Chernobyl is much safer than this. ( You'd have to be at reactor to really have about same dosage ) .
lol, imagine living next to these guys. just having a nice morning coffee and reading the paper, meanwhile being irradiated and losing all reproductive functionality.
X-rays will make a geiger counter scream for decay counts, but the decays themselve are not carrying as much energy a gamma rays. X-rays are dangerous non the less. Plus at the order of magnitude rates you guy measured, a Geiger-Muller Tube is grossely inacurate. You need an ionizing-chamber survey meter in order to make any sort of realistic measurment of the real amount of radiation you've been exposed. Be mindefull, your testes, your thyroid and your bone marrow and your gastro-intestinal mucosa are some of the most sensitive organs to ionizing radiation exposure. So you exposed yourselve to high radiation (especially since the levels rise exponentially proportionnal to the inverse of the distance you stand from the radiation source) you might fell tired, you might be more suceptible to infections (if your bone marrow become anaplastic) and you might experience diarrhea and vomitting from bowel mucosa irradiation. If you guys play with radiations, you guys need to find a way to direct the radiation in only one direction (collimation) by sheilding all arround the source except in the direction of collimation, by using lead ingots. Also, you need to wear a cumulative dose meter on your body to know the kinds of cumulated radiation doses you guys cumulated. Geiger counters is not good enough.
I have the same tube they used in my collection. When I energized it, I found that it emits strong radiation in all directions, like a point light source, even through the thick copper anode...
X-rays and gamma rays are the same particle and indistinguishable, the only difference is their method of production (nuclear vs. non nuclear decay processes). Historically the methods of production were such that gamma rays from nuclear decay were higher energy, but nowadays x-rays can be much, much higher energies, thanks to high energy linear accelerators. (also thanks for clarifying that an ionization chamber is required. The GM counter is woefully inadequate for purpose)
I get that. But what I like about Kreosan is that they don't pose as jackasses, hurting themselves to entertain us (like the mtv Jackass became). Kreosan are driven by curiosity ... and by now of course also the fame. But they are less after new thrills to create content, as they are on real adventures, and we are along for the ride.
They should have measured the radiation behind the device where that guy was standing. From a 1m distance they showed it was producing around 300 R/h, that's 0.083 R/s. We know that the absorbance of X-rays is low, and so they probably absorbed 0.83mGy/s which is equivalent to 0.83mSv/s. This is bad, but it's not as horrific as people are making it out to be. You start to see real damage at around 1Sv. You'd have to spend around 20 minutes continuously in the beam to get that kind of dosage at 1m distance. The guy that stuck his foot in there was much close than 1m. So he could have easily gotten a significant dose from just a few seconds. And the guy switching the unit on, if he was standing at that distance for 20 minutes or more cumulatively might have gotten a full body dose over 1Sv. It really all depends on how cognizant they were of these risks before they started. They definitely increased their risk of getting cancer. Radiation poisoning... well... I guess we'll find out in a few days I guess. Next video: KREOSAN visits the hospital.
As a nuclear engineer, who works in the States in the middle of nowhere working with low yield nuclear weapons. This is quite possibly the most dangerous thing I have ever seen in my entire life, how this guy has survived this long is one of the greatest mysteries of the world. I don’t understand how he’s worried about being electrocuted, as he’s working unprotected with *VERY* dangerous amounts of radiation. I don’t go anywhere near anything I work with unless I absolutely have to, and when I do I am wearing full body protection, completely sealed, I have to use an oxygen tank. I wish them the best, but unfortunately that’s not where they’re going...
Oh look another imaginary degree armchair specialist in nuclear weapons and radiation protection. Let me tell you that my armchair specialist in nuclear weapons and radiation protection degree is better than yours and that you have no idea what you are talking about, please stop saying you are something you aren't. What they are doing it is indeed dangerous but as long as they don't put their hands on the main beam at distances closer than 20cm for some seconds and they operate the device less than a few minutes total time there should be no serious worry. Their exposure is enough to go above the permitted annual dose for the average population but not enough for them to have any effects, probably they received at most a couple of mSv of whole body dose, enough to increase their probability of cancer less than one hundredth of a percent, that is insignificant. Being fat, smoking, or getting too much sun is more dangerous.
You guys claim yourselves as professionals... sometimes I truly wonder about that... but don't jeopardize your health for the sake of science. I truly enjoy your videos, you guys are most craziest Slavs I ever seen so far. If the Chernobyl trip wasn't dangerous enough, I think this time you just raised to bar. Don't get me wrong, I'm just worried about your safety sometimes...I'm not a professional by any means, just a Subscriber who just happens to agree with the majority of the comments here. Stay safe!
No worries, I did not see any science there so they just jeoppardized themselves for internet fame. Which is fine because it's perfectly OK to die for that, apparently.
A professional is someone who gets paid to do a thing. They are getting paid by RUclips ads..so that would make them professional RUclipsr's and Tubers do stupid things. Come on now.
Jerry Jonty those weren’t what you’d call safe either but to each their own. I wouldn’t touch any high amperage/high voltage machines with a 10 foot barge pole. But it’s my job, these guys would be fine if they just took higher precautions.
The Chernobyl trip basically wasn't dangerous at all. The levels of radiation and amount of radioactive dust you might inhale are far too low to have any measurable long-term health effects unless you spend many weeks into months straight around the hot zones.
You are wrong. This is electromagnetic radiation. Not radioactive particles that emit radiation. The difference being once electromagnetic radiation is gone, it really is gone. seldom does this cause any damage that appears down the line.
@@CTimmerman Neutron bombs emit large amount of neutrons that then either decay by themselves and emit electromagnet radiation or fuse/fizz other atoms and make them radiocative etc. So they don't beg to differ.
@@TauCu Those bombs kill by breaking DNA instead of everything. Break enough DNA and the organism dies. Same with hard X-rays, hence the shielding and operator leaving the room at the dentist.
You actually can.the white dots on the recordings are caused by the X-rays.it's very very visible whzn they X-rayed the samsung phone but you can see a dot here and there in the main camera recording
Guys, I'm sorry, but you clearly have no idea of what you are doing. The distance at which you put your hand infront of the Xray Screen is around the same distance you measured the 700R/h. you hold your hand there for 2min and you are already at the DHS emergency guideline. You hold your hand there for a combined 10min and you in the range, where people start vomiting afterwards. Watch the hair on your hands and when it start to fall off maybe then you realize, what you have done. You need to stop immediately and go back to electricity, that you understand.
@@tamsusmomentai4013 The cumulative dose is one thing, the rate at which you were exposed to it is even more significant. Getting 1 Sv over a year is incomparable to getting 1 Sv over a day or an hour; in the second scenario, the quantity of cellular and molecular damage done is significantly higher, and directly interferes with the body's capability to self-repair these damages. At 1 meter they measured 410 mSv/h which is already massive and enough to cause immediate danger.
*unless you have something motivating the radiation to go out in a beam, it's irradiating everywhere spherically. even these "beams" scatter once they are past the point of motivation. this is why cathode rays require a tube to be useful. think about that the next time you think you are safe by simply standing to the "side" of the intended target of an energy beam.*
This is really dangerous. A small X-ray tube like the one in the video easily produces radiation levels of several sieverts per hour ! Please note also that regular geiger counters may give false readings when dealing with X-rays. The G-M tubes in regular geiger counters are especially made for the detection of gamma rays not X-rays. While both are technically the same (high energy photons), gamma photons tend to have higher energies than (most) X-ray photons. Low energy X-ray photons may even not be detected by standard G-M tubes but can be very dangerous as they are absorbed more by bodily tissues than the high energy photons which tend to just pass through.
Ugh, do you *actually* think that a random person with some hobbyist-grade handheld X-ray gun is going to start cranking out "several sieverts per hour"? Seriously? Do you even know what you're saying? First of all, you're talking about sieverts, which are a *measure of biological effect*, not raw radiation output, which would be in gray (Gy), or more commonly, in roentgens (R). But fine, let's pretend we're in a world where this handheld X-ray tube is somehow the most dangerous gadget ever made-yet still small enough to lug around. Right. Now, on to the point about Geiger counters "giving false readings" with X-rays-uh, no. That's not exactly how it works. A Geiger-Müller (G-M) tube detects ionizing radiation-whether it's gamma rays or X-rays, they both *are* detected because they're forms of ionizing radiation. But here's where you're misunderstanding things: low-energy X-rays are *not* some kind of invisible boogeyman that's magically evading your Geiger counter like it's got a Harry Potter invisibility cloak. No, the issue is efficiency. A Geiger counter might be less sensitive to low-energy X-rays because, yeah, G-M tubes are optimized for higher-energy gamma rays, but it *still* detects them. You're just getting lower counts per minute (CPM) because of lower energy per photon, not because they're undetectable. So your statement about low-energy X-rays being "very dangerous" because they absorb more into tissues... well, yeah, that's why we use lead shielding for any type of X-ray exposure, but your handheld tube? That's hardly producing the kind of output that’s going to nuke someone in seconds like you're claiming. And let’s not ignore the fact that for anything handheld, especially if it’s something repurposed or cobbled together, the amount of voltage and power it’d need to produce a dose rate of several sieverts per hour would fry the device itself-or the person using it-long before it starts threatening bystanders. If it were truly producing several sieverts per hour, you'd be dead pretty quickly just from holding the thing. So please, let's not get ahead of ourselves here.
Yes. If they staid 50 meters away maybe they could be OK, but after the way they were handling this smaller one I'm worried. Did they ever think to check how much radiation is leaking to the side of the beam? And don't get me started about connecting to a "110 kilowatt high voltage line." That's not going to go well if they have even one of the short circuits we saw in this video. And where do you even get a 110kw high voltage power supply? I wouldn't be surprised if that was a bad translation of "110kv" as in a multi megawatt power line. No!
@@deltab9768 I the bet radiation will still be intensive at that range. Have u seen the small xray tube's radiation rate from far away. Anyways the radiation is still not good
@@bikgamer yes. The small one had 60 milliroentgen per hour at 36 meters, so more than a normal yearly radiation dose from a continuous exposure of 1 day.
you guys clearly dont know how radiation work.. u need to stay 5 hour in the rays since it went of scale 100Rh we asume its 100Rh u need to stay there 5 hours to get ARS and thats really fast but you also need to be within 1 meter of the source and these guys stayed there a short time in the rays so they will be fine but yes Cancer risk is increasing but the short amout of time it spent with in the ray and body parts exposed they will likely be fine continiung the experiments if they dont spend much time in the deadly beam of radiation.. but this is something you DONT TRY AT HOME but these guys are not profesional but they know what to do and not do... it really dangerous what they are doing but if they have the right equipment and dont go in the deadly ray too much they will be fine.. but too be on the safe side they should quit ( if u look at main channel.. they have not continued any more experiments with this)
@@eliasnikolaivonheimtrondse4424 I'm sorry but what are you talking about goes for gamma radiation. X rays are a completely different beast. They are probabaly pushing 3 sievert with that tiny tube a lethal amount in 20min.
Im not sure which part worries me more, them trying to tie into a "high voltage line" (powerline?) or the possibility of them succeeding and producing maybe 10,000 r/hr at 3 meters. Based on their problems managing radiation and arcing in this video, they'll probably die either way. Best case scenario, the wiring flashes over and engulfs the whole thing in plasma within half an AC cycle, cracks the glass and burns it to a crisp, while they stand far enough back to not be burned or shocked.
These guys don't even care about their lives, if that small tube can produce x-rays that are enough to give you malignancies think what would happen if they use that ginormous tube
@@deltab9768 yeah i am not sure if that giant xray tube thing is something they should be messing with, if they don't think about safety shit they will die while messing around with xrays.
Am I understanding correctly... 40 R/hr at 1 METER DISTANCE? By the inverse-square law, we can assume that the dose at 10 cm would be 4,000 R/hr. Jesus Christ guys, this is no joke, you are putting yourselves in serious danger. All the Chernobyl stuff is absolutely peanuts compared to this, most people hardly get any significant dose in the zone, but this machine is putting out an absolutely massive amount of ionizing radiation. While watching, I was wondering if any of you guys might get symptoms or radiation sickness, and right there at the end, that guy's foot was showing the classic signs.
The guy turning the machine on and off is probably going to die now, just because the tube is pointed away from him doesn't mean the rays wont reflect off of all of the metal objects in the room. I'll be shocked if something major doesn't happen soon because of this
mmdirtyworkz doesn’t mean he shouldn’t stop. He could still possibly survive if he completely ceased and limits radiation intake from that of the sun. But I don’t know how much he’s taken in, could be too much
Snow on the camera indicates intense ionizing radiation. If this is exceeding 100 rem in an hour, acute radiation sickness would set in at an hour or more. 5 hours would be deadly. Luckily you are limiting exposure to very brief moments. The itching foot can be a sign of an X ray "burn". Quite interesting otherwise. Just be super careful. We don't want to lose you guys.
@@falcy2889 They misinformed him because they didn't understand it either. Seriously, we see all these scary measurements or radiation in the beam (about 100r/hr at 1m) but nobody realizes that there'sstill a lot leaking to the sides. This wasn't well thought out.
@@jatinkhajuria7151 Well this is certainly a good was to resolve financial problems....by dying at young age or getting cancer. Like they already don't have enough problems...
@@deltab9768 you guys clearly dont know how radiation work.. u need to stay 5 hour in the rays since it went of scale 100Rh we asume its 100Rh u need to stay there 5 hours to get ARS and thats really fast but you also need to be within 1 meter of the source and these guys stayed there a short time in the rays so they will be fine but yes Cancer risk is increasing but the short amout of time it spent with in the ray and body parts exposed they will likely be fine continiung the experiments if they dont spend much time in the deadly beam of radiation.. but this is something you DONT TRY AT HOME but these guys are not profesional but they know what to do and not do... it really dangerous what they are doing but if they have the right equipment and dont go in the deadly ray too much they will be fine.. but too be on the safe side they should quit ( if u look at main channel.. they have not continued any more experiments with this)
@@eliasnikolaivonheimtrondse4424 1: you need like 100r (depending on the exact biological effectiveness of the radiation source) to get symptoms of Acute Radiation Syndrome. I think 500 is where you have a fair chance of dying in the short term. 2: why do we have to assume it's 100r/hr when it was 9r/hr at 3m and the meter was off scale at 40cm? Inverse square law (ignoring atmospheric attenuation for the moment since it will be minor at 3m) would predict 9(300/40)^2=500r/hr at 40cm. Or 140mr/sec. Their hands were even closer during some of those tests, but you're right it was just a couple seconds. They had a total of maybe a few minutes standing next to it (not really in the beam, but still being exposed) 3: Even getting a normal x ray or breathing natural radon gas gives you a little boost in cancer risk. It's just a matter of how small that risk is at low doses. I believe the allowed dose for nuclear workers is like 5r in one year, and no more than 10r over any 5 year period. I'm not saying I expect these guys to get radiation sickness and die, just that they've exposed themselves to an unusually high amount of radiation and I'm glad they stopped. If you give yourself a few r every week, it will catch up to you. A bunch of early x ray and nuclear researchers ended up with health problems (not just cancer) from repeated experiments. I'd argue they aren't fully aware of the risks, they're being more than cautious enough to avoid radiation poisoning on this specific day but if they understood the long term consequences they'd be much more cautious or not do it at all. Also, they claimed to be working on a much bigger device, with much higher radiation levels,. They also said they would "connect it to a high voltage line, about 110 kilowatts." I don't know where they'd get a 110kw power supply, but I know they could find a 110kilo*volt* high voltage line capable of delivering megawatts just by throwing a fishing line over a large overhead powerline and then pulling a heavy wire over it. I wouldn't discount this possibility but I can't see them doing that safely either. I also know they drew about 100kw from their homes service briefly, to heat a massive length of steel wire. If they indeed have a 110kva high voltage transformer, that is how I suspect they'd power it. The main risk here (x-rays aside) is that you could burn the insulation off the supply wires or transformer windings, causing a short circuit and a fire. Yes, I wrote a comment asking them not to do any more of this. I still stand by that. But I'm not sure why I "clearly don't know how radiation work."
@@deltab9768 i said that beacuse it seemed like you tought they whould like die if they do it one more time beacuse of those secounds they spent near it but i dont wanna make a huge discusion here in the comments
@@eliasnikolaivonheimtrondse4424 Dude, there was a Russian dude who made a xray gun a few years ago like these guys, and after he left his finger in there for a few minutes, some days later he experienced extreme itching and severe burns and they had to amputate his finger. If they stayed in the ray for an hour they would be dead for sure, the tube is not isolated and that makes it even worse because it iradiates the whole area, including their organs
Kreosan: "Safety is everything" * Proceeds to give themselves lethal doses of radiation * .. not smart guys. You have no concept of safety if this video is any indication.
@@STONEDay I'm well aware they've done some very unsafe things in many of their other videos however this one just brings the stupidity to a whole new level
Rough inverse square law calculations say at 1 foot distance the dose rate is 5120 R/hr, 51.2 Sv/hr. Your foot was in the beam for around 10 seconds. You foot was thus exposed to 14.2 R. That single hit resulted in an increased lifetime risk of cancer.
@bethesda : Please create these guys for a quest in the next Fallout game Also, more serious: Clueless people did these experiments in the past with way less power, and got radiation sickness. Also: Would hate to be neighbor to this.
@@JM-mi2ew look we are worried as shit about this guy we love his content and don't want to see him in trouble or sick. All I want is a save area for crazy science stuff
yes truly, I watched my grandfather die in slow agonizing way due to bone cancer. Seeing the death of my grandpa due to that disease,having cancer is no joke, yet alone due to the radiation from the X-Ray Tube itself. It was slow agonizing way to die.
They’re likely overdriving the tube. Heck, it was enough radiation to saturate a Geiger counter at a few meters distance. that’s radiation burn territory. Even penetrating thin lead. And leukaemia is a horrible disease. Radiation damage is also cumulative, so when they really are professional they should be much more careful with it than normal people.
If your hand and foot are getting post-exposure tingling sensation, they already absorbed close to a full sievert and have long crossed the threshold for cancer risk increase. People operating X-ray machines early in their creation would test them by doing precisely what you did with their hands in front of the fluorescent screen as routine. After a while of doing this their fingers began to necrose. You're past cancer risk and now headed towards full-blown ARS. The readings on your devices are consistent with such dosage.
@@signalworks I'm not referring to the tingles in the beginning and middle of the video, I'm referring to the tingles mentioned at the end, long after they were done using the device. Tingles from radiation damage take a while to set in.
I'm actually worried about your guys health. As if getting 50 years of medical x rays wasn't enough you're crawling around in the basements of Chernobyl
Hi guys, I have really liked your videos over the years and your dedication to the channel. I know there are a lot of people commenting saying how dangerous this is, some with no scientific background and some that are professionals that have spent years to study this area. I have showed this video to a family member that has a doctorate of science with a PHD in physics and is an electronics engineer. This personal has Worked on research into developing equipment that uses X-rays. Although this video was entertaining, you are putting your selves at EXTREME DANGER of some very nasty side effects of radiation. I know that no one can probably convince you to not do these experiments. However if you do so again next time. Please do so in an empty field, many kilometres away from any living creature. You should set the cameras so you can view them live from a few KM away and turn the device off and on from a very remote location. Your beam is not formed and also scatters in many directions. I am not trying to be negative in any way and am a big fan of you guys. However many people are concerned for the safety of you and others. So please don't do this again or if you do, please consult many professionals and do so in a safe, controlled environment.
Stop being such a safety nerd. Everyone takes risks. You risk your life when you drive a car or get on an airplane. Stop lecturing people about safety. And also X rays are relatively not that dangerous compared to other sources like beta or gamma rays. They wouldn’t get any radiation sickness even if they tried
Sorry but some of those suggestions are an exaggeration, Kms of distance are not needed and are very impractical and actually could make it more dangerous because people is everywhere and someone could wander too close not knowing what that device is and because everyone is so far away no body to warn them other than using signs. Industrial radiography uses very powerful gamma and x-ray sources and the controlled area around the source is usually around 30m so they could do something similar. I think the best thing they can do is to make remote controlled the switch to turn on the X-rays and place their device under ground level, be it they dig a hole, inside a large storm drain, use a small creek or a large gutter. That way the controlled area is much smaller and easier to manage and at the same time radiation is shielded by the ground.
The Swedish Radiation Safety Authority tweeted on 23 June 2020: "Very low levels of the radioactive substances cesium-134, cesium-137, cobalt-60 and ruthenium-103 were measured." So probably another nuclear test or accident in Russia.
For comparision, the Chernobyl nuclear power plant reactor 4 hall floor is 1-2 R/h, and at the edge of the reactor core it's 40-50 R/h. The elephant's foot is 2 R/h. Kreosan's room in this video was 41 R/h.
Did some quick calculations. Assuming they showed half the experiments and each one was 10s long they still did not even reach the dose known to cause increased cancer risk, much less a lethal dose. Note that the values measured are intensity of R/h, not dose in R. They do not absorb a 100R dose for each run, that would take an hour in front of the tube. Don't get me wrong. What is shown in this video is completely reckless and insane but if they stay off the Xrays for a year after this they will not accumulate a dangerous total dose.
Kreosan English, "Upcoming project, let's see if we can bend the space time continuum with a homemade hadron collider we made with an old vacuum cleaner hose."
I built a pulsed (marginally safer) version of this, and even at low power with shielding had adverse effects on test equipment. The images were barely visible to the naked eye from scintillator directly over the tube about every 5 pulses.
You should try making a lead shield behind and around the sides of the tube to focus the beam. Use a wooden stick to flip the switch to protect from shock
I love it and honestly, messing around with radiation can be fun when you know what you're doing and protect yourself and others well That being said, that xray gun is insanely dangerous. There's no fun without risk, but man.. I just hope you're protecting yourselves properly
Kreosan , your experiments are awesome for everyone who likes science, but, take safety first avoiding direct exposure to the x-ray emission !!!! I would see more videos from you in the future ....
The intriguing thing, I found a possible way to get stable emission from a 6VS-1 at only moderate HV. Uses a lot of new technology but pretty sure its novel.
Next time you go to sleep, you may 'wake' hearing these words: "Hello, my name is Charles Darwin and I have an award for you". Seriously guys, I hope you are faking this.
It is getting out of hand guys... You do serious damage to yourself, but you also teach people that do not know the dangers, that you can just fool around with x-rays. Not good.
Guys I hope your friend who was turning on and off the machine doesn't end up with serious health problems. I say go back to hot rodding your electric bike and stay away from the X-Rays. Theres a reason people use full lead body armor when they need to look at your bones.
As a radiographer student I beg you please stop. The dose you used is dangerously high. I acknowledge your efforts and knowledge but pls dont do something harmful like this. The dose we use in hospitals are much much less compared to how much you got.
If you are itching after being exposed to intense x radiation you have cutaneous radiation injury CRI. Look it up for info. I’ve dealt with patients having this issue from other sources of over exposure to X radiation.
Men dont do it any more, that lamp is producing x-rays 360 degrees around it self whit same amount of radiation. You are not safe neither behind it. And if you want to drop current and voltage down use muffler at the end of the circuit like in fluorescent pipes light .Whit that u wont be struck by electricity
Boys!,... I'm all for learning and having fun doing it, But this is insane. How about playing with fire and explosions instead of this invisible killing ray? Some things are better left alone.
If the translation is correct, the tube emitted 78 SIEVERT at 3 Meters distance. This is almost impossible. These guys may have created the most radioactive place on earth. In the fukushima reactor, there are approximateli 10 sieverts. INSIDE. Only robots go there. This thing is crazy. 2.6 Sieverts at 10 Meters distance. They could literally get a deadly dose of radiation in a few dozen minutes. Crazy. I think i habe to buy an x ray tube too. Seems rather interesting since i cant get my hands on something naturally radioactive lol
I think the most you guys have been exposed is about 1 minute cumulated time at an average body distance of 1 meter from the source, which is about 5-10 mSv cumulated, the equivalent of a CT-scan of the abdomen and pelvis. Your hand however (at around 30 cm from the source) could have been exposed to as much as 100 mSv, so about 10 CT-scans... Be carefull ! THREE THING TO CONSIDER WHEN PLAYING WITH RADIATION : 1) Minimise exposure time, 2) Maximise distance, 3) Maximise shielding. You might develop sarcoma of the hand in 10 years if you guy continue playing like this without keeping your distance.
How long until these guys cause a resonance cascade? "It's not shutting - It's not shutting down! Oh no!" is just too fitting and all to expected down the line lol.
You guys are just crazy. In a few years you will make videos at hospital, caring your cancers. It would be a shame to lose such brilliant brains, don't waste it !
Nice that they first tested the radiation with their hand to be sure it is safe for the radiation meter devices
😂😂😂 fucking hell this made me laugh so much
BIOROBOTS stay winning!
How to set WiFi gun in 20 kilometer there is mountain in the city and the village
the russians have a way of doing things don’t they
They said, "safety is everything" at one point. Oh man..
Son: Lets visit Cernobyl
Dad: We have Cernobyl at home
Cernobyl at home:
chernobyl at home: spews radiation like the zone in sarcophagus of reactor 4
This is much worse than Chernobyl because most of Chernobyl is much safer than this. ( You'd have to be at reactor to really have about same dosage ) .
DIY Chernobyl
I can't breathe
"Don't worry, we have no neighbors." Well no not anymore lol.
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@@nagul_ofc yes
lmao
lol, imagine living next to these guys. just having a nice morning coffee and reading the paper, meanwhile being irradiated and losing all reproductive functionality.
XDDD
X-rays will make a geiger counter scream for decay counts, but the decays themselve are not carrying as much energy a gamma rays. X-rays are dangerous non the less. Plus at the order of magnitude rates you guy measured, a Geiger-Muller Tube is grossely inacurate. You need an ionizing-chamber survey meter in order to make any sort of realistic measurment of the real amount of radiation you've been exposed. Be mindefull, your testes, your thyroid and your bone marrow and your gastro-intestinal mucosa are some of the most sensitive organs to ionizing radiation exposure. So you exposed yourselve to high radiation (especially since the levels rise exponentially proportionnal to the inverse of the distance you stand from the radiation source) you might fell tired, you might be more suceptible to infections (if your bone marrow become anaplastic) and you might experience diarrhea and vomitting from bowel mucosa irradiation. If you guys play with radiations, you guys need to find a way to direct the radiation in only one direction (collimation) by sheilding all arround the source except in the direction of collimation, by using lead ingots. Also, you need to wear a cumulative dose meter on your body to know the kinds of cumulated radiation doses you guys cumulated. Geiger counters is not good enough.
A gamma scout GM counter has a top of the scale measurment of 5 mSv/h (5000 uSv/h). That converts to 0.54 Roentgen/h.
i cant belive they do it so stiupid way
I have the same tube they used in my collection. When I energized it, I found that it emits strong radiation in all directions, like a point light source, even through the thick copper anode...
@Paradoxical Nightmare by quantum mechanics, everything can be "light" - waves.
X-rays and gamma rays are the same particle and indistinguishable, the only difference is their method of production (nuclear vs. non nuclear decay processes). Historically the methods of production were such that gamma rays from nuclear decay were higher energy, but nowadays x-rays can be much, much higher energies, thanks to high energy linear accelerators.
(also thanks for clarifying that an ionization chamber is required. The GM counter is woefully inadequate for purpose)
I feel like I got radiation poisoning from just watching this video...
Me too
Same
Yes, i felt it too on earlier video also o.O
I love how they first put the hand in the ray, and then checked how intense/dangerous it was.
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Tomorrows episode:Vomiting organs challenge.
No really, I think their in the hospital rn, they have to be
@@VMotionlessGaming no
these vids are probably months old. on their first channel I think they are in India right now
xray doesn't kill only eating radiocative radiation do that😊
@@TechTed1 They will if there's a high enough dose - eventually.
I feel like I'm watching jackass meets Tesla
More like Jackass meets Chernobyl lol
I get that. But what I like about Kreosan is that they don't pose as jackasses, hurting themselves to entertain us (like the mtv Jackass became). Kreosan are driven by curiosity ... and by now of course also the fame. But they are less after new thrills to create content, as they are on real adventures, and we are along for the ride.
And the Grim Reaper.
They should have measured the radiation behind the device where that guy was standing. From a 1m distance they showed it was producing around 300 R/h, that's 0.083 R/s. We know that the absorbance of X-rays is low, and so they probably absorbed 0.83mGy/s which is equivalent to 0.83mSv/s. This is bad, but it's not as horrific as people are making it out to be. You start to see real damage at around 1Sv. You'd have to spend around 20 minutes continuously in the beam to get that kind of dosage at 1m distance. The guy that stuck his foot in there was much close than 1m. So he could have easily gotten a significant dose from just a few seconds. And the guy switching the unit on, if he was standing at that distance for 20 minutes or more cumulatively might have gotten a full body dose over 1Sv. It really all depends on how cognizant they were of these risks before they started. They definitely increased their risk of getting cancer. Radiation poisoning... well... I guess we'll find out in a few days I guess. Next video: KREOSAN visits the hospital.
xkcd chart shows likely radiation poisioning at 400mSv and usually fatal dose at 4Sv.
You sure your numbers are accurate?
So you say at 1 meter is about 3Sv/h
And around the source? How much is it producing?
As a nuclear engineer, who works in the States in the middle of nowhere working with low yield nuclear weapons. This is quite possibly the most dangerous thing I have ever seen in my entire life, how this guy has survived this long is one of the greatest mysteries of the world. I don’t understand how he’s worried about being electrocuted, as he’s working unprotected with *VERY* dangerous amounts of radiation. I don’t go anywhere near anything I work with unless I absolutely have to, and when I do I am wearing full body protection, completely sealed, I have to use an oxygen tank. I wish them the best, but unfortunately that’s not where they’re going...
We can rest assured knowing that sperm has long died 😂😂
Bunch of nervous-nellies in the US. Chill out man, they're just horsing around.
Safety nerd alert . Chill out man , you are one of the worst kind.
Oh look another imaginary degree armchair specialist in nuclear weapons and radiation protection. Let me tell you that my armchair specialist in nuclear weapons and radiation protection degree is better than yours and that you have no idea what you are talking about, please stop saying you are something you aren't. What they are doing it is indeed dangerous but as long as they don't put their hands on the main beam at distances closer than 20cm for some seconds and they operate the device less than a few minutes total time there should be no serious worry. Their exposure is enough to go above the permitted annual dose for the average population but not enough for them to have any effects, probably they received at most a couple of mSv of whole body dose, enough to increase their probability of cancer less than one hundredth of a percent, that is insignificant. Being fat, smoking, or getting too much sun is more dangerous.
Just stop lying
You guys claim yourselves as professionals... sometimes I truly wonder about that... but don't jeopardize your health for the sake of science. I truly enjoy your videos, you guys are most craziest Slavs I ever seen so far. If the Chernobyl trip wasn't dangerous enough, I think this time you just raised to bar. Don't get me wrong, I'm just worried about your safety sometimes...I'm not a professional by any means, just a Subscriber who just happens to agree with the majority of the comments here. Stay safe!
No worries, I did not see any science there so they just jeoppardized themselves for internet fame. Which is fine because it's perfectly OK to die for that, apparently.
A professional is someone who gets paid to do a thing. They are getting paid by RUclips ads..so that would make them professional RUclipsr's and Tubers do stupid things. Come on now.
Jerry Jonty those weren’t what you’d call safe either but to each their own. I wouldn’t touch any high amperage/high voltage machines with a 10 foot barge pole. But it’s my job, these guys would be fine if they just took higher precautions.
@@raghavendrasharma225 Setting off fireworks inside and melting wire with mains power isn't very safe.
The Chernobyl trip basically wasn't dangerous at all. The levels of radiation and amount of radioactive dust you might inhale are far too low to have any measurable long-term health effects unless you spend many weeks into months straight around the hot zones.
Please stop these x ray test ! I love your channel but it’s not worth your life!
Best Channel on youtube, tutorials of how to die 20 years earlier
More like a couple years from now. They need to find other shit to do instead of everything radiation
You are wrong.
This is electromagnetic radiation. Not radioactive particles that emit radiation.
The difference being once electromagnetic radiation is gone, it really is gone.
seldom does this cause any damage that appears down the line.
@@TauCu Neutron bombs beg to differ.
@@CTimmerman Neutron bombs emit large amount of neutrons that then either decay by themselves and emit electromagnet radiation or fuse/fizz other atoms and make them radiocative etc.
So they don't beg to differ.
@@TauCu Those bombs kill by breaking DNA instead of everything. Break enough DNA and the organism dies. Same with hard X-rays, hence the shielding and operator leaving the room at the dentist.
That lead funnel on your head won't protect your brain against X-Rays 😂
@Eddie Hitler tru
Eddie Hitler tell richie I said hi
If the brain was working, it wouldn't be in the x-rays... ;)
#NotAllXRays, but most of them coming from above.
True, but it looks fashionable tho
FFS... this is absolute madness!
Blasting yourselves with such high levels of DNA damaging radiation is ludicrous!
i can feel the radiation coming out of my screen
You actually can.the white dots on the recordings are caused by the X-rays.it's very very visible whzn they X-rayed the samsung phone but you can see a dot here and there in the main camera recording
Guys, I'm sorry, but you clearly have no idea of what you are doing. The distance at which you put your hand infront of the Xray Screen is around the same distance you measured the 700R/h. you hold your hand there for 2min and you are already at the DHS emergency guideline. You hold your hand there for a combined 10min and you in the range, where people start vomiting afterwards.
Watch the hair on your hands and when it start to fall off maybe then you realize, what you have done.
You need to stop immediately and go back to electricity, that you understand.
Yep hair on hands and head will start to fall out. This is silly what they are doing
Holding for 2 minutes won't do anything bad. The dose would be 233msv (23.3roentgen(
@@tamsusmomentai4013 The cumulative dose is one thing, the rate at which you were exposed to it is even more significant. Getting 1 Sv over a year is incomparable to getting 1 Sv over a day or an hour; in the second scenario, the quantity of cellular and molecular damage done is significantly higher, and directly interferes with the body's capability to self-repair these damages. At 1 meter they measured 410 mSv/h which is already massive and enough to cause immediate danger.
*unless you have something motivating the radiation to go out in a beam, it's irradiating everywhere spherically. even these "beams" scatter once they are past the point of motivation. this is why cathode rays require a tube to be useful. think about that the next time you think you are safe by simply standing to the "side" of the intended target of an energy beam.*
They clearly know all of this
@@AricGardnerMontreal - and yet ... _here we are_ :-/
The fluorescent screen was only glowing in a very tight spot so im assuming that the x-rays are being emmited in a tight cone
@@tejasbhandare251 It's clear to see that the bulb emits in all directions.
This is really dangerous. A small X-ray tube like the one in the video easily produces radiation levels of several sieverts per hour ! Please note also that regular geiger counters may give false readings when dealing with X-rays. The G-M tubes in regular geiger counters are especially made for the detection of gamma rays not X-rays. While both are technically the same (high energy photons), gamma photons tend to have higher energies than (most) X-ray photons. Low energy X-ray photons may even not be detected by standard G-M tubes but can be very dangerous as they are absorbed more by bodily tissues than the high energy photons which tend to just pass through.
Based on inverse square law calculations I calculated 51.2-204.8 Sv/hr. Death in minutes, cancer risk increased in seconds.
Ugh, do you *actually* think that a random person with some hobbyist-grade handheld X-ray gun is going to start cranking out "several sieverts per hour"? Seriously? Do you even know what you're saying? First of all, you're talking about sieverts, which are a *measure of biological effect*, not raw radiation output, which would be in gray (Gy), or more commonly, in roentgens (R). But fine, let's pretend we're in a world where this handheld X-ray tube is somehow the most dangerous gadget ever made-yet still small enough to lug around. Right.
Now, on to the point about Geiger counters "giving false readings" with X-rays-uh, no. That's not exactly how it works. A Geiger-Müller (G-M) tube detects ionizing radiation-whether it's gamma rays or X-rays, they both *are* detected because they're forms of ionizing radiation. But here's where you're misunderstanding things: low-energy X-rays are *not* some kind of invisible boogeyman that's magically evading your Geiger counter like it's got a Harry Potter invisibility cloak. No, the issue is efficiency. A Geiger counter might be less sensitive to low-energy X-rays because, yeah, G-M tubes are optimized for higher-energy gamma rays, but it *still* detects them. You're just getting lower counts per minute (CPM) because of lower energy per photon, not because they're undetectable. So your statement about low-energy X-rays being "very dangerous" because they absorb more into tissues... well, yeah, that's why we use lead shielding for any type of X-ray exposure, but your handheld tube? That's hardly producing the kind of output that’s going to nuke someone in seconds like you're claiming.
And let’s not ignore the fact that for anything handheld, especially if it’s something repurposed or cobbled together, the amount of voltage and power it’d need to produce a dose rate of several sieverts per hour would fry the device itself-or the person using it-long before it starts threatening bystanders. If it were truly producing several sieverts per hour, you'd be dead pretty quickly just from holding the thing.
So please, let's not get ahead of ourselves here.
Don't use that giant xray tube. U guys are risking life of your and people that live near you
Yes. If they staid 50 meters away maybe they could be OK, but after the way they were handling this smaller one I'm worried. Did they ever think to check how much radiation is leaking to the side of the beam? And don't get me started about connecting to a "110 kilowatt high voltage line." That's not going to go well if they have even one of the short circuits we saw in this video. And where do you even get a 110kw high voltage power supply? I wouldn't be surprised if that was a bad translation of "110kv" as in a multi megawatt power line. No!
@@deltab9768 I the bet radiation will still be intensive at that range. Have u seen the small xray tube's radiation rate from far away. Anyways the radiation is still not good
@@bikgamer yes. The small one had 60 milliroentgen per hour at 36 meters, so more than a normal yearly radiation dose from a continuous exposure of 1 day.
you guys clearly dont know how radiation work.. u need to stay 5 hour in the rays since it went of scale 100Rh we asume its 100Rh u need to stay there 5 hours to get ARS and thats really fast but you also need to be within 1 meter of the source and these guys stayed there a short time in the rays so they will be fine but yes Cancer risk is increasing but the short amout of time it spent with in the ray and body parts exposed they will likely be fine continiung the experiments if they dont spend much time in the deadly beam of radiation.. but this is something you DONT TRY AT HOME but these guys are not profesional but they know what to do and not do... it really dangerous what they are doing but if they have the right equipment and dont go in the deadly ray too much they will be fine.. but too be on the safe side they should quit ( if u look at main channel.. they have not continued any more experiments with this)
@@eliasnikolaivonheimtrondse4424 I'm sorry but what are you talking about goes for gamma radiation. X rays are a completely different beast. They are probabaly pushing 3 sievert with that tiny tube a lethal amount in 20min.
I HAVE NO IDEA IF YOU KNOW, BUT when you have x-ray in hospital, it exposes for few miliseconds... and whole room is shielded
Well that's good but I still have panic attacks whenever I get an X-ray taken 😓
@@LoganT547 i always get a cold itchy feeling after x-ray, same as one guy on video. coincedence?
@@LoganT547taking a X ray or low dose CT scan is nothing compared to this by the thousands lol
@@kaazik420Meh nothing will happen just don’t take multiple CT scans within a few months you’ll be fine.
@@kaazik420 YES, coincidence..
Kreosan: let's make a another video on dengourous experiments on X-ray
Me: are they making a X-ray theater in their home to scan their families??
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19:55 OH NOO! that is not going to end well based on this video...
Are they Russian?
@@Kevin.98420 no
Ukrainian
Im not sure which part worries me more, them trying to tie into a "high voltage line" (powerline?) or the possibility of them succeeding and producing maybe 10,000 r/hr at 3 meters. Based on their problems managing radiation and arcing in this video, they'll probably die either way. Best case scenario, the wiring flashes over and engulfs the whole thing in plasma within half an AC cycle, cracks the glass and burns it to a crisp, while they stand far enough back to not be burned or shocked.
These guys don't even care about their lives, if that small tube can produce x-rays that are enough to give you malignancies think what would happen if they use that ginormous tube
@@deltab9768 yeah i am not sure if that giant xray tube thing is something they should be messing with, if they don't think about safety shit they will die while messing around with xrays.
Am I understanding correctly... 40 R/hr at 1 METER DISTANCE? By the inverse-square law, we can assume that the dose at 10 cm would be 4,000 R/hr. Jesus Christ guys, this is no joke, you are putting yourselves in serious danger. All the Chernobyl stuff is absolutely peanuts compared to this, most people hardly get any significant dose in the zone, but this machine is putting out an absolutely massive amount of ionizing radiation. While watching, I was wondering if any of you guys might get symptoms or radiation sickness, and right there at the end, that guy's foot was showing the classic signs.
How to calculate the intensity of the range?
Next episode: *I'm glowing in the dark*
The guy turning the machine on and off is probably going to die now, just because the tube is pointed away from him doesn't mean the rays wont reflect off of all of the metal objects in the room. I'll be shocked if something major doesn't happen soon because of this
Love how ended the video with "now we found this one thats 100× larger and we will use to shoot birds out of sky in next video"
Birds will fall from the sky already cooked!
If ever Kreosan and Photonicinduction made a joint video... :D
This^
That would be legendary
Photonicinduction knew to stay the fuck back from CRT tubes when being driven with high kv
if that ever happened the world powerlines would go down for a day lol
Nah. Photo knew to stay tf away from xrays
And the Darwin award goes to...
Unfortunately probably correct. What a way to end a RUclips career. '-(
What, no they will live normal
Guys no joke
We are very worried for you guys
WE LOVE YOUR VIDEOS
PLZ DONT DIE FROM RADIATION
PLZ TAKE CARE.
Damage has already been done.
@@mmdirtyworkz yes i guess so
but lets pray for them to no one at all
this experiment went too far...
mmdirtyworkz doesn’t mean he shouldn’t stop. He could still possibly survive if he completely ceased and limits radiation intake from that of the sun. But I don’t know how much he’s taken in, could be too much
Snow on the camera indicates intense ionizing radiation. If this is exceeding 100 rem in an hour, acute radiation sickness would set in at an hour or more. 5 hours would be deadly. Luckily you are limiting exposure to very brief moments. The itching foot can be a sign of an X ray "burn". Quite interesting otherwise. Just be super careful. We don't want to lose you guys.
well, you don't know how long they're playing with that. maybe there experimenting off camera.
I am more sad for that man who is closest to this gun and turning it on and off.Why he is Risking his life?
I think they misinformed him about the dangers and from what i can tell he undoubtedly believes them
It might be difficult to earn livelihood in that war prone zone so , maybe he is doing this all to support himself and his family inspite of dangers.
@@falcy2889 They misinformed him because they didn't understand it either. Seriously, we see all these scary measurements or radiation in the beam (about 100r/hr at 1m) but nobody realizes that there'sstill a lot leaking to the sides. This wasn't well thought out.
@@jatinkhajuria7151 Well this is certainly a good was to resolve financial problems....by dying at young age or getting cancer. Like they already don't have enough problems...
@@deltab9768 its not just leaking from the sides... The tube emits in all directions
This video makes me a bit upset, its definitely cool but you've done yourself a lot of harm hopefully you won't know for years
Every time you get exposed to radiation, you're taking a gamble of getting cancer. I hope they stopped these experiments!
@@deltab9768 you guys clearly dont know how radiation work.. u need to stay 5 hour in the rays since it went of scale 100Rh we asume its 100Rh u need to stay there 5 hours to get ARS and thats really fast but you also need to be within 1 meter of the source and these guys stayed there a short time in the rays so they will be fine but yes Cancer risk is increasing but the short amout of time it spent with in the ray and body parts exposed they will likely be fine continiung the experiments if they dont spend much time in the deadly beam of radiation.. but this is something you DONT TRY AT HOME but these guys are not profesional but they know what to do and not do... it really dangerous what they are doing but if they have the right equipment and dont go in the deadly ray too much they will be fine.. but too be on the safe side they should quit ( if u look at main channel.. they have not continued any more experiments with this)
@@eliasnikolaivonheimtrondse4424 1: you need like 100r (depending on the exact biological effectiveness of the radiation source) to get symptoms of Acute Radiation Syndrome. I think 500 is where you have a fair chance of dying in the short term.
2: why do we have to assume it's 100r/hr when it was 9r/hr at 3m and the meter was off scale at 40cm? Inverse square law (ignoring atmospheric attenuation for the moment since it will be minor at 3m) would predict 9(300/40)^2=500r/hr at 40cm. Or 140mr/sec. Their hands were even closer during some of those tests, but you're right it was just a couple seconds. They had a total of maybe a few minutes standing next to it (not really in the beam, but still being exposed)
3: Even getting a normal x ray or breathing natural radon gas gives you a little boost in cancer risk. It's just a matter of how small that risk is at low doses. I believe the allowed dose for nuclear workers is like 5r in one year, and no more than 10r over any 5 year period.
I'm not saying I expect these guys to get radiation sickness and die, just that they've exposed themselves to an unusually high amount of radiation and I'm glad they stopped. If you give yourself a few r every week, it will catch up to you. A bunch of early x ray and nuclear researchers ended up with health problems (not just cancer) from repeated experiments. I'd argue they aren't fully aware of the risks, they're being more than cautious enough to avoid radiation poisoning on this specific day but if they understood the long term consequences they'd be much more cautious or not do it at all.
Also, they claimed to be working on a much bigger device, with much higher radiation levels,. They also said they would "connect it to a high voltage line, about 110 kilowatts." I don't know where they'd get a 110kw power supply, but I know they could find a 110kilo*volt* high voltage line capable of delivering megawatts just by throwing a fishing line over a large overhead powerline and then pulling a heavy wire over it. I wouldn't discount this possibility but I can't see them doing that safely either. I also know they drew about 100kw from their homes service briefly, to heat a massive length of steel wire. If they indeed have a 110kva high voltage transformer, that is how I suspect they'd power it. The main risk here (x-rays aside) is that you could burn the insulation off the supply wires or transformer windings, causing a short circuit and a fire.
Yes, I wrote a comment asking them not to do any more of this. I still stand by that. But I'm not sure why I "clearly don't know how radiation work."
@@deltab9768 i said that beacuse it seemed like you tought they whould like die if they do it one more time beacuse of those secounds they spent near it but i dont wanna make a huge discusion here in the comments
@@eliasnikolaivonheimtrondse4424 Dude, there was a Russian dude who made a xray gun a few years ago like these guys, and after he left his finger in there for a few minutes, some days later he experienced extreme itching and severe burns and they had to amputate his finger. If they stayed in the ray for an hour they would be dead for sure, the tube is not isolated and that makes it even worse because it iradiates the whole area, including their organs
Kreosan: "Safety is everything"
* Proceeds to give themselves lethal doses of radiation *
.. not smart guys. You have no concept of safety if this video is any indication.
Are you just now realizing that?
@@STONEDay I'm well aware they've done some very unsafe things in many of their other videos however this one just brings the stupidity to a whole new level
Rough inverse square law calculations say at 1 foot distance the dose rate is 5120 R/hr, 51.2 Sv/hr. Your foot was in the beam for around 10 seconds. You foot was thus exposed to 14.2 R. That single hit resulted in an increased lifetime risk of cancer.
This is literally idiotic. Yes, i get it 5 months ago. Radiation poisoning often comes out in years, not always right away.
They might already have cancer in them, they won't know that until later.
It's a ticking clock
Rest in peace the best youtubers of all time 🙏 ❤ you'll be remembered
Be careful guys, or one day you might be tickling the dragon's tail and drop a screwdriver.
THE DEMON CORE 0-0
@bethesda : Please create these guys for a quest in the next Fallout game
Also, more serious: Clueless people did these experiments in the past with way less power, and got radiation sickness.
Also: Would hate to be neighbor to this.
They'll turn into ghouls one of these day😅
Kreosan, this tube is really deadly, please stop these.
go away
@@JM-mi2ew look we are worried as shit about this guy we love his content and don't want to see him in trouble or sick. All I want is a save area for crazy science stuff
yes truly, I watched my grandfather die in slow agonizing way due to bone cancer. Seeing the death of my grandpa due to that disease,having cancer is no joke, yet alone due to the radiation from the X-Ray Tube itself. It was slow agonizing way to die.
They’re likely overdriving the tube. Heck, it was enough radiation to saturate a Geiger counter at a few meters distance. that’s radiation burn territory. Even penetrating thin lead.
And leukaemia is a horrible disease. Radiation damage is also cumulative, so when they really are professional they should be much more careful with it than normal people.
Stop playing with radiation guys its not funny. You will understand this when u actually lose someone of ur team because of radiation.
I think I got radiation poisoning from just watching this episode.
If your hand and foot are getting post-exposure tingling sensation, they already absorbed close to a full sievert and have long crossed the threshold for cancer risk increase. People operating X-ray machines early in their creation would test them by doing precisely what you did with their hands in front of the fluorescent screen as routine. After a while of doing this their fingers began to necrose. You're past cancer risk and now headed towards full-blown ARS. The readings on your devices are consistent with such dosage.
This is 5month old they still live with all their hands
@@kitecattestecke2303 That only means they stopped fucking around with it in time to not make it worse.
@@SearinoxNavras they said it was caused by electrostatic discharge from the driver circuitry
@@signalworks I'm not referring to the tingles in the beginning and middle of the video, I'm referring to the tingles mentioned at the end, long after they were done using the device. Tingles from radiation damage take a while to set in.
That only applies to regular men. They eat Chernobyl dirt for breakfast. Radiation is afraid of them!
guys please just go in Chernobyl and renovate a new apartment,don't do this.. this is becoming too dangerous
Oh my gosh, these guys are either suicidal or desperatly need money from RUclips.
I'm actually worried about your guys health. As if getting 50 years of medical x rays wasn't enough you're crawling around in the basements of Chernobyl
Hi guys, I have really liked your videos over the years and your dedication to the channel. I know there are a lot of people commenting saying how dangerous this is, some with no scientific background and some that are professionals that have spent years to study this area.
I have showed this video to a family member that has a doctorate of science with a PHD in physics and is an electronics engineer. This personal has Worked on research into developing equipment that uses X-rays.
Although this video was entertaining, you are putting your selves at EXTREME DANGER of some very nasty side effects of radiation. I know that no one can probably convince you to not do these experiments.
However if you do so again next time. Please do so in an empty field, many kilometres away from any living creature. You should set the cameras so you can view them live from a few KM away and turn the device off and on from a very remote location.
Your beam is not formed and also scatters in many directions.
I am not trying to be negative in any way and am a big fan of you guys. However many people are concerned for the safety of you and others. So please don't do this again or if you do, please consult many professionals and do so in a safe, controlled environment.
Stop being such a safety nerd. Everyone takes risks. You risk your life when you drive a car or get on an airplane. Stop lecturing people about safety.
And also X rays are relatively not that dangerous compared to other sources like beta or gamma rays. They wouldn’t get any radiation sickness even if they tried
Sorry but some of those suggestions are an exaggeration, Kms of distance are not needed and are very impractical and actually could make it more dangerous because people is everywhere and someone could wander too close not knowing what that device is and because everyone is so far away no body to warn them other than using signs.
Industrial radiography uses very powerful gamma and x-ray sources and the controlled area around the source is usually around 30m so they could do something similar. I think the best thing they can do is to make remote controlled the switch to turn on the X-rays and place their device under ground level, be it they dig a hole, inside a large storm drain, use a small creek or a large gutter. That way the controlled area is much smaller and easier to manage and at the same time radiation is shielded by the ground.
Love that I'm waiting 16 hours here for it to premieres
didn't Sweden detect a radiation leak somewhere in Russia? :D
The Swedish Radiation Safety Authority tweeted on 23 June 2020: "Very low levels of the radioactive substances cesium-134, cesium-137, cobalt-60 and ruthenium-103 were measured." So probably another nuclear test or accident in Russia.
Loved the video. You guys are a blast. Hope you live long enough to make lots of videos.
For comparision, the Chernobyl nuclear power plant reactor 4 hall floor is 1-2 R/h, and at the edge of the reactor core it's 40-50 R/h. The elephant's foot is 2 R/h. Kreosan's room in this video was 41 R/h.
make that 20840 R/hr after inverse square law calculations for the tests with cameras
Say hello to Captain Suicide. His special power is to die slowly of radiation poisoning.
Did some quick calculations. Assuming they showed half the experiments and each one was 10s long they still did not even reach the dose known to cause increased cancer risk, much less a lethal dose. Note that the values measured are intensity of R/h, not dose in R. They do not absorb a 100R dose for each run, that would take an hour in front of the tube.
Don't get me wrong. What is shown in this video is completely reckless and insane but if they stay off the Xrays for a year after this they will not accumulate a dangerous total dose.
Kreosan English, "Upcoming project, let's see if we can bend the space time continuum with a homemade hadron collider we made with an old vacuum cleaner hose."
That honestly wouldn't surprise me 😂
Isn't that the thing Marvin martian uses in that bugs bunny cartoon. Something something "space modulator" 😂
The radiation from the tube is emmited in all directions, not just forward! Omg, I'm genuinely scared right now...
Right? I'm trying to figure out why they think the radiation is going forward?
I built a pulsed (marginally safer) version of this, and even at low power with shielding had adverse effects on test equipment. The images were barely visible to the naked eye from scintillator directly over the tube about every 5 pulses.
You should try making a lead shield behind and around the sides of the tube to focus the beam. Use a wooden stick to flip the switch to protect from shock
2-6 years and you guys are history... ;(
No, why. You probably don't know anything about nuclear radiation or decay
The beam is so powerful man. It can goes trough my monitor when you turned on and I can see my bones. :D
I love it and honestly, messing around with radiation can be fun when you know what you're doing and protect yourself and others well
That being said, that xray gun is insanely dangerous. There's no fun without risk, but man.. I just hope you're protecting yourselves properly
Russians on youtube be like
HOMEMADE XRAY MACHINE
Kreosan , your experiments are awesome for everyone who likes science, but, take safety first avoiding direct exposure to the x-ray emission !!!! I would see more videos from you in the future ....
You are crazy. The reaper sits next to you and laughs his ass of, waiting 💀
The zone can’t give us radiation sickness if we already have it
You're not protected enough.
Be safe!
We need to see you in the future!
HAHAHA Next video making a nuclear bomb lol
“I got shocked”
“Its normal”
Whats next... A fission reactor? You guys might finally get the attention from Putin you've been screaming for lol
The intriguing thing, I found a possible way to get stable emission from a 6VS-1 at only moderate HV. Uses a lot of new technology but pretty sure its novel.
They don't live in russia
Please don’t shoot birds out of the sky
I cant believe their tests were completely normal in the hospital video....lol
Next time you go to sleep, you may 'wake' hearing these words: "Hello, my name is Charles Darwin and I have an award for you". Seriously guys, I hope you are faking this.
It is getting out of hand guys... You do serious damage to yourself, but you also teach people that do not know the dangers, that you can just fool around with x-rays. Not good.
RIP guys
they are build different 💀
Guys I hope your friend who was turning on and off the machine doesn't end up with serious health problems. I say go back to hot rodding your electric bike and stay away from the X-Rays. Theres a reason people use full lead body armor when they need to look at your bones.
Are you trying to make it onto the Darwin awards?
Will this poor "switch" guy glow at the dark ?
Xaxaxaxa
These guys are complete idiots, no parts missing
As a radiographer student I beg you please stop. The dose you used is dangerously high. I acknowledge your efforts and knowledge but pls dont do something harmful like this.
The dose we use in hospitals are much much less compared to how much you got.
I love how they say not to make xray at home but show all the parts they use.
Exelent......
It's not like you can get them at Walmart.
If you are itching after being exposed to intense x radiation you have cutaneous radiation injury CRI. Look it up for info. I’ve dealt with patients having this issue from other sources of over exposure to X radiation.
This experiment is pretty stupid.
Men dont do it any more, that lamp is producing x-rays 360 degrees around it self whit same amount of radiation. You are not safe neither behind it. And if you want to drop current and voltage down use muffler at the end of the circuit like in fluorescent pipes light .Whit that u wont be struck by electricity
You should invite the Chernobyl Granny there and show her this stuff!
Me: buy some x-ray protection
K: we made a x-ray protector
They didnt even use it
@@timkussmaul1222 true
@@ankittayal8291 i actualy think they die in under 5 years
@@timkussmaul1222 no , not like that bro,
a they just did multiple CT SCAN on themselves
I wonder how It's possible that these guys are still alive :D
radiation at long distance and we’re building it! US Nuclear Regulatory Commission you’re doing wat!!!!!!😂😂
Boys!,... I'm all for learning and having fun doing it, But this is insane. How about playing with fire and explosions instead of this invisible killing ray? Some things are better left alone.
They've already done enough damage to their bodies by building a microwave gun and visiting Chernobyl.
'Safety is priority'. Lol !
Oh dear, you know these lads are going to regret doing this in the future, all for some views..,🤮⚰️☠️
If the translation is correct, the tube emitted 78 SIEVERT at 3 Meters distance. This is almost impossible. These guys may have created the most radioactive place on earth. In the fukushima reactor, there are approximateli 10 sieverts. INSIDE. Only robots go there. This thing is crazy. 2.6 Sieverts at 10 Meters distance. They could literally get a deadly dose of radiation in a few dozen minutes. Crazy. I think i habe to buy an x ray tube too. Seems rather interesting since i cant get my hands on something naturally radioactive lol
Did you feel like idiots? I was distressed by the exposure you were giving yourself. I fear for your future health.
I think the most you guys have been exposed is about 1 minute cumulated time at an average body distance of 1 meter from the source, which is about 5-10 mSv cumulated, the equivalent of a CT-scan of the abdomen and pelvis. Your hand however (at around 30 cm from the source) could have been exposed to as much as 100 mSv, so about 10 CT-scans... Be carefull ! THREE THING TO CONSIDER WHEN PLAYING WITH RADIATION : 1) Minimise exposure time, 2) Maximise distance, 3) Maximise shielding. You might develop sarcoma of the hand in 10 years if you guy continue playing like this without keeping your distance.
Mom can we get gameboy?
No we alerady have at home.
The gameboy: 8:02
The points on your hand are not from electrical shocks, you burned your hand with radiation
2:00 I like the Creeper on the tv :D
why didn’t you build a shield with a hole where the beam can come out? don’t you realize xrays are being released in every direction lol
most of it comes out of one tiny hole so that's why they don't care. Still its hella dangerous.
I love these videos but please stop with the X-Rays... I want to meet you some day!
How long until these guys cause a resonance cascade? "It's not shutting - It's not shutting down! Oh no!" is just too fitting and all to expected down the line lol.
You guys are just crazy. In a few years you will make videos at hospital, caring your cancers. It would be a shame to lose such brilliant brains, don't waste it !
Dude don't fuck with radiation, you feel nothing but its a silent killer. At least conform the beam rather than letting it out 360 degrees