The guy who looked into the Windscale burning reactor also said that he wasnt afraid of radiations but rather falling into it because the concrete roof he was standing was weakend by the heat ! What a madlad !
@@markradvanszki5659 his daughter ate some of it, and became a literal walking source of radiation. After her inevitable death, she was buried in a lead coffin to avoid radiation leaks. People put the blame in the child and her family, and in her "funeral" people threw things at her coffin.
Some people do things like this due to not knowing what is what. As a nuclear power plant worker, I, just as others, had to go throught many different educations.. In one class we have been told and showed what people without "education" can do. Just briefly - man found a radioactive piece and took it even though he knew it was RA. He simoly thought it good for them, that it can heal.. So he and his entiry family used that piece to rub it over the "problematic parts" of their bodies to heal. It really didnt heal.
@@archenemeis6969 Basically, if less serious, the same thing happens when I studied IT security, you need to know how people with different levels of educations will react against an attack from hackers, the most vulnerable part of a system is people, and if data is leaked, there is a invisible potential of harm (at social levels), just like radiation at physical levels
Two facts about Kyshtym disaster: - There's at least one person (maybe he's still alive) who witnessed the disaster as a boy while visiting his grandparents and then became a worker at Chernobyl plant and witnessed the disaster there - In 2015 the authorities of Chelyabinsk (yes, that Chelyabinsk), the city nearby Mayak plant where the disaster took place, announced that the city's radiation level finally returned to normal. It took 58 years.
Lvl 0: Ohno scp 131 knocked down a cup well call the janitor real quick Lvl 1: THE PLAGUE DOCTOR, THE SHY GUY AND THE SCULPTURE HAVE BREACHED CONTAINMENT, I REPEAT, THE PLAGUE DOCTOR, THE SHY GUY AND THE SC-dies
Nuclear has an EROI of 14:1, and this is without considering the cost of dismantling, storing radioactive waste, and more. Building an actually safe nuclear power plant costs a lot too, and soon we won't have safe places to store nuclear waste. Already there are places where nuclear waste is stored that are in danger of water leaks or other issues, and they require constant maintenance. Hydroelectric power has an EROI of 84:1, wind has an EROI of 18:1 or 20:1 according to some sources, and photovoltaic has an EROI of 10:1 (and this is counting also older data, while photovoltaic technology is quickly improving and getting much more efficient). Considering also the risks of nuclear power, it doesn't seem like that great of an option.
@@LuisC7 if something like fukushima happened i think there would have been much much worse consequences on the climate so yeah technically the saved us from potential hunger and wars
Notice the fact that the most serious accidents were caused by the military use of nuclear power, in Sellafield the fire was in a reactor built for producing plutonium for bombs, Kyshtym was a soviet laboratory for their militar atomic project and Chernobyl was without roof because the fuel had to be changed every 5 days to get plutonium for nuclear weapons. So I think that the real problems come when we use such a beautiful technology to harm and n ot for peaceful purposes.
You dont made plutonium by swaping rods every 5 days,... RBMK was scaled up reactor that was originaly used to made plutonium, but that does not mean it coudnt have contaiment,.. it would just be expansive, and sice every fuel rod had its own cooling what could go wrong? right?
well chernobyl was kind of save tho... the only reason why chernobyl went into a disaster is comenicing a test when they should have aborted it... and not mentioning the flaw of the AZ-5 button that it would first increase power and can make it worse when a situation is allready bad...
One of those exposed to radiation in the accident in Goiânia who survived, had spoken of the glow of the cesium 137 capsule, said: "I fell in love with the glow of death"
Edit: eu não sabia que tinha tanto BR nesse canal hauahauahauahau caralho Just a correction here: The "thieves" in the Goiânia incident wasn't thieves; they were scavengers looking for junk to sell to nearby scrapyards. And adding some facts in the Goiânia accident: There was the case of the girl who was buried in a lead coffin (Leide das Neves Ferreira, age 6 at the time). She ate some cesium powder and died some time later. Her burial (and the burial of the another 3 who died; (1) her aunt and the (3,4) two workers of the scrapyard) was violent, with people throwing rocks and another things in the cranes who lifted the lead coffins into their graves. The coffins weighted a half ton and the grave was filled with tons of concrete, to avoid radioactive transmission. Sad history (forgive me for my spelling errors)
@@tankwfw nop. Here in Brazil he have a profession, the name in portuguese is "catador de ferro velho"; in literal english is like "rusted metal collector". Its an informal profession where pays very little and it's usually done by beggars and veeeery poor people
I've read about Tokaimura nuclear accident and the worst victim that was closed to the radiation is Hisashi Ouchi. You can check it out how he was look like during the treatment in hospital, 83 days fighting with death.
This being because of the dramatic method of display, how radiation is be demonized, I don't think workers who use them for prospecting uranium ore find the sound frightening a bit, for them it's like spotting some gold in the bottom of that pan. They want to make a dramatic video that is entertaining, this means it's the opposite of objective which is boring and gets no views.
visited chernobyl once on a tour thing for urbexing/urbex photography purposes, got lots of great snaps but shame so many had to die or be evicted from there. interesting place for sure
Reactors is dangerous but when its done right, its the greatest power source However scientists are trying to build the first nuclear fusion I heard its greener than reactor By the way, respect for fukushima workers, because they saved the whole city from getting abandoned
Yes, fusion reactors are not only greener, they are the most safest energy source and produce way less amounts of waste than nuclear reactors. And the amounts of energy they produce are huge. I wonder why we dont just put everything into research of these.
@@b4UDeanoidInnit The amount isnt the problem, it's the waste and old rods that have to be stored somewhere. Those bunkers wont last forever and the barrels are leaking at some time, poisoning the ground at some point because of the long half life most isotopes have
@@heavvy2245 The barrels an drods litterally cant leak they are solid metsl the only way they woudl leak is if they were ripped apart exploded or melted. And the radiactive waste that stops being radioactive is the most dangr while the ones that lasts centurries and millenia are lesss dangerus than the suns rays- And you also have to think of the future tech is advancing faster and faster and the waste simply does ot matter because we will be much to advanced for it to be able to become a problem before we became advanced
@@stagnant-name5851 oh boy it took me a while to read that but let me tell you something the half-life of most of these isotopes are of at least 50000 years and are very radioactive and also can you tell me how you came to the conclusion that the uv light and infrared rays from the sun which is 143 million kilometers away is more dangerous that literal gamma rays being emitted in the earth and as for your statement that “barrels and rods can’t leak” what do you even think radiation is its energy leaking in form of high energy photons (both are very small)
the level 5 story of the medical equipment is very similar to one that happened here on mexico long time ago, but with some radioactive variant of Cobalt.
its because of the sensationalist editing, if you look at how the fukushima reactors were designed you can see that there was very little risk of a "chernobyl-style" disaster. It took both an earthquake AND a fucking tsunami hitting those reactor buildings but because they were built to such strict safety standards a grant total of 0 people died from radiation
Yeah but there’s only 1 civilization and that’s us humans; as of 1/7/2022, we haven’t even reached a 1 on the Kardashev scale, we’re closer to a 0.75 I believe lol Good news is that us humans grow exponentially
@@thecombatwombat69 a ranking for different types of civilizations in the universe, based on their energy sources. So like type 1 is able to use the entire energy of their home planet, type 2 the entire energy of the sun, type 3 the entire energy of their star system (i think) and so on. However the only "smart" civilisation we know is us humans and we are not even type 1
By the way, incident like Three Mile Island had happen in 1982… *on first energy core of Chernobyl PP.* Because of non working emergency system, corium had melted insides of the core but incident was classified and quickly resolved. That was very large sign that something is not very ok with RBMK-1000. Only after disaster on 4th block all the RBMK reactors were modernized
My dad and my grandmother were among the 140,000 some odd people to be evacuated away from TMI, my grandmother has told me stories of what they went through. They were given Iodine capsules, and were pretty much left in the dark until the information was disclosed to the public.
Loved this video which I came across accidentally 😂 I appreciate how u explained it in lamest terms so it was easy to understand. I have a morbid curiosity with this subject and glad Im not alone. Horrifying how common this issue is 🤦🏽♀️ my heart breaks for all the workers who have to expose themselves to this.
6:52 For anyone curious about this event and what happened to Hisashi, there is a UA-cam video called "The Most Radioactive Man in History - Hisashi Ouchi". Never forget to take appropriate safety measures, and never be afraid to say "No" if you feel unsafe doing work.
Fun fact: Deaths caused by the Fukushima nuclear disaster: 0 You don't have to fear what you don't understand. Get clear and neutral informations about it you'll understand it better !
@@cybersentient4758 People in our society are scared by nuclear power and radioactivity because it seems to be something dark, unclear and difficult to understand. But actually no, it is simple, they just have to find good informations about it
@@mykullclips8143 Nuclear power is actually a very clean energy. Many die to fossil fuel a year but nuclear energy only kill about 1-2 people a year and the only times many people die is when the workers do not follow safety protocols
So I’m guessing/ supposing that Chernobyl was actually the worst. It spread the most radiation and spread it further. Not only has the plant never restarted, But the area is still highly contaminated to this day. Number of people who eventually died due to diseases stemming from radiation poisoning is possibly in the tens of thousands I’m guessing. Anyone have estimates on that ?
according to the UN and the WHO, the effective death count of the Chernobyl disaster does not exceed 4'000 casualties, although that number has been esteemed to be too high. And yeah, it is in no way comparable to Fukushima, since only one person there died to ARS, while the other victims died because of evacuation stress (most of them were elderly).
1 the planet has recovered 2. only certain areas are highly contaminated. 3. the spread was not as serious as people actually believe it was. it did not really spread around the world that much. and i don't know exact numbers of casualties but there where not that many of the liquidators that died from it. most of them killed themselves by thinking they where already gona die so they stopped taking care of themselves and just lived very day to the fullest. and a alcoholic in USA is just like the average Russian who drinks so you can imagine how much a Russian alcoholic can drink. i myself am from Estonia and know how damn much eastern European people can drink when they are not already thinking they are gona die
@@rampage3337 I'll call BS on that. Radiation was detected as far as eastern Europe & even nordic countries. Infact , some years back we had reports in our country regarding contamination of mushrooms & meats due to chernobyl. The problem is , we cannot place a certain number on death toll, because in most cases radiation causes spike in cancer rates. We can only get estimates after analyzing the deaths directly due to disaster.
Here to explain about the worldwide famous Chernobyl incident : In 1986, in Chernobyl Nuclear power plant aka "Lenin I" it was minutes before midnight, workers were supposed to do a reactor endurance test. The rules for the test were that the energy levels must be 700, before beeing put to the test. The current energy level of reactor was 1600, so they needed to lower it. When they were at en. level 800, the energy started to fall fast, not by 1, but by 10 or 20. The energy was now below 700, thus leading to one of the workers pressing the famous AZ-5 button, aka the SCRAM button wich surpresses any reaction that is happening in the reactor. Unfortunately, the AZ-5 was supposed to lower the rods of the reactor, but the tips of the rods were made out of Graphite, which makes the reactions multiply and accelarate. The rods of the reactor were jumping up and down, unnable to reach the core, leading to the explosion of the core it self which made the reactor top fly out of the roof because of the ammount of energy released. The Uranium particles came in contact with oxygen, making them ionized wich lead to approximately 180.000 deaths of people from Prypyat.
So just to be correct. Before the test they lowered their power output to 30 MW instead of 700 MW. There is then build-up of neutron poisons, in this case Cesium-135, coming from Xe-135, I-135 and Te-135 (poisons are fission -or decay products with a high cross-section for neutron absorption). Because they had such low power they started pulling up the control rods, to raise power (rodheight is in relation with the effective multiplier coefficient k(eff) which is the result of "fast fission factor", "resonance escape probability", "thermal use-factor", "reproduction factor", "fast retention factor", and "thermal retention factor"). Then with the increasing power they started the test where they would start the waterpumps, water absorbs neutrons, so power goes down again. They then proceed to pull up more rods (just 6 left over in core instead of 26, which is a violation of the operating limit). An automatic emergency stop then begins, so at 01u23: steam shutdown to turbine, waterflow lowers, water temperature rises, less absorption of neutrons in water, more power, creation of voids (neutrons can travel in voids without interacting, so no moderating aka slowing down, losing energy), more power, neutron poisons burn, more power. Then the SCRAM button was pressed at 01u23.45, all of the rods became stuck at 1/3 of their cours due to the first explosion causes by the voids. Chain reaction could not be stopped, power increases, melting of the fuels, pressure increases, which lead to steam explosion, which blew off the 1000 ton cover. Making the fuel and their decay products in contact with the outside world. Contact with oxygen makes the graphite moderator burn. The flaw in their design is the relative lack in protection, and the positive moderator temperature coefficient. For safety reasons you are required to work with an under moderated reactor, with negative fast reactivity coefficient, these are the moderator temperature coefficient and the void-fraction coefficient.
Those in the L5 Goiania Incident were not thieves, they collected disposed reclyclyng material to sell them to make money. They found this radiotherapy machine in a demolished and abandoned building which was obviously disposed in an absolutely innapropriate way. Those people who brought the glowing material home were totally clueless about what they got in their hands and the following events were tragic. I recommend Kyle Hill video about the Goiania Incient.
now that i think about it after you said tokyo could be a ghost town if the workers just ran away, since nukes are banned in warfare maybe target nuclear reactors in the country and it would cause big damage to big areas to the country when in a war
In the early 80's I worked for a German company who built Atucha, I was part of a team who built a Scale model of the reactor, to check the drawings, before it was actually made. No computer modelling, just humans making a 3d model, the reactor model with the turbine house was 3m wide 2m high and 7m long. This was at a time when the UK was having problems with Argentina and the Falklands.
This is why i want there to be only nuclear powered electricity to power every computer and every light bulb on this planet. Also we should think of small scale nuclear reactors for powering everyday transportation
The Windscale Pile event....Met the guy once and shook his hand (I Was a Reactor Operator at Calder Hall) Tom Tuohy was indeed his name....lived to a pretty good age! They'd been warned before, about a build up of 'Wigner Energy' in the graphite core....but nothing was done about it. Not only that, but they'd shaved off a lot of the cooling fins on the fuel rod casings., to quicken the manufacture of plutonium .....an accident waiting to happen. They tried CO2 from the newly build Calder Reactors, but that didn't work. Mr Tuohy made the decision to use water (after having turned off the fans first) Luckilly, this did the trick.
11:33 "In typical Soviet fashion, they didn't care about safety and environment" Can't agree more especially given the lack of humanity shown in WWII (sacrificing many soldiers) and even till now, the Ukraine invasion.
The “thieves” of the Goiânia incident were actually scavengers. They would be thieves if they had entered an active hospital, which that one was a few years before, but it was abandoned and in ruins when those scavengers took the piece of the radiotherapy equipment.
@BradynLee09 Hehe, I just wanted to make a nearly identical comment so that more people might see it, because obviously that's better than relying on a reply.
Ooh I wonder where demon core will end up on the list Edit: I was upset to not see it, although it seemed to revolve around nuclear facilities not individuals
The Andreev bay incident. The space between the barrels was to absorb neutrons. With no gap, the water began acting as a moderator instead of a shield. Neutrons slowed down, making it much more likely to hit another nearby uranium atom, so those barrels had the right conditions to go critical. Also, you mention windscale and sellafield. They're the same thing. Windscale was renamed Sellafield.
Intensive soundtrack. Reeks of radiation havoc. I'm definately for fission power, though. The safest form of energy production even with all the messing up.
In the case of the accident in Goiânia (Brazil) they were not thieves they were two friends who collected metals to sell to scrapyard they did not know they were dealing with highly dangerous material...
If I’ve learned anything from my Hyperfixation on radioactive disasters it’s that if something is glowing blue, and you don’t know why, RUN. Also always trust your Geiger counter.
What if we reutilize the nuclear waste like plutonium and transforming into a nuclear battery? Or instead using uranium we can use thorium instead. Some of you can tell me why we can't?
So Plutonium actually is not just waste. For instance a reactor fueled by natural uranium (0,7% U-235 and 99,3% U-238) has little fissile U-235. This is the isotope of Uranium that is used for fission (U-233 can also be used but therefore there needs to be neutron absorption in Th-232). U can see almost everything 99,3% is fertile U-238, fertile meaning it can not be used by fission, only if get a neutron absorbing reaction it can become fissile. U-238 absorbs a neutron, becoming fissile Plutonium-239. This is used as fuel, so not waste. I know that Pu-238, Pu-240 are fertile. Nuclear waste is mainly the fission products which then decay further and are Te-135, I-135, Xe-135, Cs-135, Ba-135, Sr-90. U can look up the relative yield of fission products in function of their atomic number, this graph has almost no dependency of the incoming neutron energy and the nuclide which is used in fission. So the fission products are always around these elements.
For the second part u are talking about Molten Salt Reactors I think? So I don't know that much about them but I know that they use the fertile isotope of Thorium, Th-232 as fuel to absorb a neutron to become U-233. So technically u can call them U-233 reactors. Also with the hot salts in MSR's your components of the reactor are harder to manufacture due to the corrosion that it causes, currently there is no such components that can withstand these, if I am not mistaking.
@@larsxrymenants OK thanks for the information bro, but i was questioning why we can't use radioactive waste as a nuclear battery like plutonium batteries as a example.
Careful
*Sure!*
Yes
Ok comrade
Idk bro I might
Ya Mr slav 🥳
The guy who looked into the Windscale burning reactor also said that he wasnt afraid of radiations but rather falling into it because the concrete roof he was standing was weakend by the heat !
What a madlad !
That guy has got to be a literal mutant to have survived those radiation levels.
@@TimSlee1 nah bro he wore safety googles
@@johnjunior9156 yeah he had a lead underpants, hes good.
@@ChaseThePinballWizard he got balls of lead
Thomas was the real mvp
“It had a deep blue light, and thought it looked cool, so he decided to take the capsule home.” What a sentence lol
he should eat it cuz it looks cool so it's probably delicious too
@@markradvanszki5659 his daughter ate some of it, and became a literal walking source of radiation.
After her inevitable death, she was buried in a lead coffin to avoid radiation leaks.
People put the blame in the child and her family, and in her "funeral" people threw things at her coffin.
Some people do things like this due to not knowing what is what. As a nuclear power plant worker, I, just as others, had to go throught many different educations.. In one class we have been told and showed what people without "education" can do. Just briefly - man found a radioactive piece and took it even though he knew it was RA. He simoly thought it good for them, that it can heal.. So he and his entiry family used that piece to rub it over the "problematic parts" of their bodies to heal. It really didnt heal.
I can imagine the "Ohh man, I will become a superheroe" thought hahaha
@@archenemeis6969 Basically, if less serious, the same thing happens when I studied IT security, you need to know how people with different levels of educations will react against an attack from hackers, the most vulnerable part of a system is people, and if data is leaked, there is a invisible potential of harm (at social levels), just like radiation at physical levels
Two facts about Kyshtym disaster:
- There's at least one person (maybe he's still alive) who witnessed the disaster as a boy while visiting his grandparents and then became a worker at Chernobyl plant and witnessed the disaster there
- In 2015 the authorities of Chelyabinsk (yes, that Chelyabinsk), the city nearby Mayak plant where the disaster took place, announced that the city's radiation level finally returned to normal. It took 58 years.
wow that very interesting thank you
Propaganda and bullshit tourists are being fooled into exspensive so called dangrous excursions into chernobyl its provrn on tape and evrything
Nuclear accidents are rare but imagine being unlucky enough to be involved in 2.
@@mr.nemesis6442 "lucky" you have a weird world view
@@911WASanINSIDEjob420 yo he said unlucky not lucky
Notice how most above level-4 accidents happened in the USSR
suspicious
communism is a failure and always will be
Poor reactors design and Poor management
The Soviet also didn't care about safety so they dump the radioactive waste into rivers,lakes
@@Izac2980 yes and so is capitalism
Level 0 (no problem)
Level 1 (anomaly)
"Shit goes from 0 to 100 really quick"
Level 0: "Lmao, this too eazy."
Level 1: *SCP-001 HAS BEEN RELEASED*
You may find a artefact in that anomaly
Lvl 0: Ohno scp 131 knocked down a cup well call the janitor real quick
Lvl 1: THE PLAGUE DOCTOR, THE SHY GUY AND THE SCULPTURE HAVE BREACHED CONTAINMENT, I REPEAT, THE PLAGUE DOCTOR, THE SHY GUY AND THE SC-dies
@@Diavolo_Una666 lvl 2: SCP-001 WHEN DAY BREAKS HAS APPEARED, FIND SHELTER IMMED-
Level 0: Situation normal
Level 1: “Warning, an emission is about to hit”
reactors can be scary but it is one of the most green and effective energy source there is and we definitely need to keep using it.
Yep, GO NUCLEAR! 💪🏼
Hell yea
Nuclear has an EROI of 14:1, and this is without considering the cost of dismantling, storing radioactive waste, and more. Building an actually safe nuclear power plant costs a lot too, and soon we won't have safe places to store nuclear waste. Already there are places where nuclear waste is stored that are in danger of water leaks or other issues, and they require constant maintenance. Hydroelectric power has an EROI of 84:1, wind has an EROI of 18:1 or 20:1 according to some sources, and photovoltaic has an EROI of 10:1 (and this is counting also older data, while photovoltaic technology is quickly improving and getting much more efficient). Considering also the risks of nuclear power, it doesn't seem like that great of an option.
If it is done well it is better than everything else
Yeah, very green.Trust...
I salute to the workers so heroically died while saving us.
saving you? lol you're on the other side of the world
@@LuisC7 if something like fukushima happened i think there would have been much much worse consequences on the climate so yeah technically the saved us from potential hunger and wars
@@reyoscura9229 save who? he's on the other side of the world
@@Godsecution yes and the radiation can also expand to half the globe lmao
@@reyoscura9229 But he's on the other side of the world tho
Notice the fact that the most serious accidents were caused by the military use of nuclear power, in Sellafield the fire was in a reactor built for producing plutonium for bombs, Kyshtym was a soviet laboratory for their militar atomic project and Chernobyl was without roof because the fuel had to be changed every 5 days to get plutonium for nuclear weapons.
So I think that the real problems come when we use such a beautiful technology to harm and n ot for peaceful purposes.
You dont made plutonium by swaping rods every 5 days,... RBMK was scaled up reactor that was originaly used to made plutonium, but that does not mean it coudnt have contaiment,.. it would just be expansive, and sice every fuel rod had its own cooling what could go wrong? right?
*looks at graphite tipped rods*
"You don't see any Plutonium because it's not there"
3.6, not great, not terrible
well chernobyl was kind of save tho... the only reason why chernobyl went into a disaster is comenicing a test when they should have aborted it... and not mentioning the flaw of the AZ-5 button that it would first increase power and can make it worse when a situation is allready bad...
"Still not as radioactive as your breath in the morning"
Haha
Yes
Haha
That should have been the ending text.
Not gonna lie, The Chernobyl accident is what got me into radioactive contamination studying.
Yeah, me aswell
Yeah, Same.
same
Same
"There are no accidents."
Oogway
when the world needed him the most, he uploaded another banger
2 tuần chứ mấy:v
The guy who lived up to 89 years old after looking on a blazing reactor's core is a true legend
One of those exposed to radiation in the accident in Goiânia who survived, had spoken of the glow of the cesium 137 capsule, said:
"I fell in love with the glow of death"
Edit: eu não sabia que tinha tanto BR nesse canal hauahauahauahau caralho
Just a correction here:
The "thieves" in the Goiânia incident wasn't thieves; they were scavengers looking for junk to sell to nearby scrapyards.
And adding some facts in the Goiânia accident:
There was the case of the girl who was buried in a lead coffin (Leide das Neves Ferreira, age 6 at the time). She ate some cesium powder and died some time later. Her burial (and the burial of the another 3 who died; (1) her aunt and the (3,4) two workers of the scrapyard) was violent, with people throwing rocks and another things in the cranes who lifted the lead coffins into their graves.
The coffins weighted a half ton and the grave was filled with tons of concrete, to avoid radioactive transmission.
Sad history (forgive me for my spelling errors)
That's a thief
Vim aqui exatamente pra corrigir... ñ eram ladrões, eram catadores d sucata.
insane
@@tankwfw nop. Here in Brazil he have a profession, the name in portuguese is "catador de ferro velho"; in literal english is like "rusted metal collector". Its an informal profession where pays very little and it's usually done by beggars and veeeery poor people
@@tankwfw no they're not
I love your videos. The font, the background footages, the eerie music, the final sarcasm.
Can't find final sarcasm here!
Goosebumps and jaw drop seeing the radiation causing white dots on the camera. The harbingers of DNA destruction smiling for the camera.
And static sounds which sounds like Geiger Counter.
Which bit pls
@@carlhunton9516 the level 7 Fukushima recording
@@carlhunton9516 14:05
@@cruxxx911 thanks 😊
I've read about Tokaimura nuclear accident and the worst victim that was closed to the radiation is Hisashi Ouchi. You can check it out how he was look like during the treatment in hospital, 83 days fighting with death.
At thr exact moment of the accident, death had already occurred.
he's technically already dead but his soul refuse to move until 83 day later
@@echoofdawn7209 technically there's a scientific reason for this
@@ferrusmanus184 yeah doctor give him too much life support despite he want to die, the doctor wont let he died because experiment
@@echoofdawn7209 his family wouldn't sign a DNR, That was why
The sound of dosimeter is the most frightening sound one can hear.
This being because of the dramatic method of display, how radiation is be demonized, I don't think workers who use them for prospecting uranium ore find the sound frightening a bit, for them it's like spotting some gold in the bottom of that pan. They want to make a dramatic video that is entertaining, this means it's the opposite of objective which is boring and gets no views.
visited chernobyl once on a tour thing for urbexing/urbex photography purposes, got lots of great snaps but shame so many had to die or be evicted from there. interesting place for sure
You know its a good day when MRSLAV uploaded a new video😆
Reactors is dangerous but when its done right, its the greatest power source
However scientists are trying to build the first nuclear fusion
I heard its greener than reactor
By the way, respect for fukushima workers, because they saved the whole city from getting abandoned
Yes, fusion reactors are not only greener, they are the most safest energy source and produce way less amounts of waste than nuclear reactors. And the amounts of energy they produce are huge. I wonder why we dont just put everything into research of these.
@@heavvy2245 nuclear fission produces so little waste its practically a non issue anyway, although you are absolutely right
@@b4UDeanoidInnit The amount isnt the problem, it's the waste and old rods that have to be stored somewhere. Those bunkers wont last forever and the barrels are leaking at some time, poisoning the ground at some point because of the long half life most isotopes have
@@heavvy2245 The barrels an drods litterally cant leak they are solid metsl the only way they woudl leak is if they were ripped apart exploded or melted. And the radiactive waste that stops being radioactive is the most dangr while the ones that lasts centurries and millenia are lesss dangerus than the suns rays- And you also have to think of the future tech is advancing faster and faster and the waste simply does ot matter because we will be much to advanced for it to be able to become a problem before we became advanced
@@stagnant-name5851 oh boy it took me a while to read that
but let me tell you something
the half-life of most of these isotopes are of at least 50000 years and are very radioactive
and also
can you tell me how you came to the conclusion that the uv light and infrared rays from the sun which is 143 million kilometers away is more dangerous that literal gamma rays being emitted in the earth
and as for your statement that “barrels and rods can’t leak”
what do you even think radiation is
its energy leaking in form of high energy photons (both are very small)
the level 5 story of the medical equipment is very similar to one that happened here on mexico long time ago, but with some radioactive variant of Cobalt.
Era Cobalto-60
And CONASUPO distributors sold radioactive milk from Ireland (where Chernobyl smoke had reached) and affected the Mexican population in 1986
damn the last one was scary af dude, it gives me chills
its because of the sensationalist editing, if you look at how the fukushima reactors were designed you can see that there was very little risk of a "chernobyl-style" disaster. It took both an earthquake AND a fucking tsunami hitting those reactor buildings but because they were built to such strict safety standards a grant total of 0 people died from radiation
Hey Mr Slav,
I have a video idea for you: ranking the most advanced civilizations according to the Kardashev scale/energy use.
Yeah but there’s only 1 civilization and that’s us humans; as of 1/7/2022, we haven’t even reached a 1 on the Kardashev scale, we’re closer to a 0.75 I believe lol
Good news is that us humans grow exponentially
What’s the kardashev scale
@@thecombatwombat69 a ranking for different types of civilizations in the universe, based on their energy sources. So like type 1 is able to use the entire energy of their home planet, type 2 the entire energy of the sun, type 3 the entire energy of their star system (i think) and so on. However the only "smart" civilisation we know is us humans and we are not even type 1
@@lild1897 Thank you so much 👍👍
@@lild1897 Type 3 is complete control of their respective galaxy
By the way, incident like Three Mile Island had happen in 1982… *on first energy core of Chernobyl PP.* Because of non working emergency system, corium had melted insides of the core but incident was classified and quickly resolved. That was very large sign that something is not very ok with RBMK-1000. Only after disaster on 4th block all the RBMK reactors were modernized
*Level 0* - 0:20
*Level 1* - 0:50
*Level 2* - 1:52
*Level 3* - 2:58
*Level 4* - 4:30
*Level 5* - 7:14
*Level 6* - 10:57
*Level 7* - 13:26
No problem.
tbh... if that one exploded because workers left it would be level 8 or maybe 9
didn't ask
Man your videos are so interesting, well explained and useful!
A addendum, in Goiânia, the people that found the radioactive thing weren't thieves, they were scrappers, looking for scraps.
I love this! Please do something more about this in the upcoming future :)
thomas's a legend, climed in middle of a reactor just to see whats happening
Finally a new video
This is so informative thanks
M a n
Also I love to hear U voice over Ur videos
Getting a job at Sellafield is like putting your name in the death note.
MR SLAV got a great editing style and sense of humour, found this channel 2 days ago and have binge watched like almost 30 videos now lol.
My dad and my grandmother were among the 140,000 some odd people to be evacuated away from TMI, my grandmother has told me stories of what they went through. They were given Iodine capsules, and were pretty much left in the dark until the information was disclosed to the public.
Similar to what they did with the people who were living and evacuated from pripyat.
Mr Slav can you do “top oldest galaxies” I love the universe and I decided to learn about it.
Yo those accidents are rad asf💀
why the fuck did this crack me up 💀
I see what you did there
ah. ah. ah.
Man I got so done after watching all the cringy Shorts. Thank god you uploaded. I have a fever and you made my day a bit better. ❤️
LIST OF LEVELS TIMESTAMP
------
0:00 Level 0
0:52 Level 1
1:52 Level 2
2:59 Level 3
4:30 Level 4
7:15 Level 5
12:59 Level 6
13:27 Level 7
Loved this video which I came across accidentally 😂 I appreciate how u explained it in lamest terms so it was easy to understand. I have a morbid curiosity with this subject and glad Im not alone. Horrifying how common this issue is 🤦🏽♀️ my heart breaks for all the workers who have to expose themselves to this.
Idk why I am always so curious about radiology and everything related to radiation.
when there's no "still not as radioactive as..." 😢
"Still not as radioactive as the taste of an orange after brushing your teeth"
@@thuytrangoan2508 “still not as toxic as an average dream Stan”
I love that you didn't even talk about chernobyl because it's just so well known
Not sure how much can be learned from it either. It happened in circumstances that will never again exist anywhere else.
6:52
For anyone curious about this event and what happened to Hisashi, there is a UA-cam video called "The Most Radioactive Man in History - Hisashi Ouchi".
Never forget to take appropriate safety measures, and never be afraid to say "No" if you feel unsafe doing work.
Saying "no" means quitting your job right then and there. Quitting a job, especially a good one, is easier said than done.
Fun fact:
Deaths caused by the Fukushima nuclear disaster: 0
You don't have to fear what you don't understand. Get clear and neutral informations about it you'll understand it better !
What
@@cybersentient4758 People in our society are scared by nuclear power and radioactivity because it seems to be something dark, unclear and difficult to understand. But actually no, it is simple, they just have to find good informations about it
@@mykullclips8143 Nuclear power is actually a very clean energy. Many die to fossil fuel a year but nuclear energy only kill about 1-2 people a year and the only times many people die is when the workers do not follow safety protocols
@@catenary_curve ik ik
Yeah
What an apocalyptic music from level 7, very good video nice job
I like how you didn't talk about Chernobyl because you have already mentioned it a ton of times throughout your videos.
Video Ideas:
Top Tastiest Things
Top Rarest Animals
Top Oldest Organisms
Top Hardest Challenges
Top Rarest Jobs
2:45 it’s not difficult to follow safety procedures, disasters relating to power plants such as Chernobyl are completely human error you know
Soviet technology never fails 💀
@@ameise2337 it failed a lot, horrible government practices are the cause for Chernobyl
So I’m guessing/ supposing that Chernobyl was actually the worst.
It spread the most radiation and spread it further.
Not only has the plant never restarted, But the area is still highly contaminated to this day.
Number of people who eventually died due to diseases stemming from radiation poisoning is possibly in the tens of thousands I’m guessing.
Anyone have estimates on that ?
according to the UN and the WHO, the effective death count of the Chernobyl disaster does not exceed 4'000 casualties, although that number has been esteemed to be too high. And yeah, it is in no way comparable to Fukushima, since only one person there died to ARS, while the other victims died because of evacuation stress (most of them were elderly).
1 the planet has recovered 2. only certain areas are highly contaminated. 3. the spread was not as serious as people actually believe it was. it did not really spread around the world that much. and i don't know exact numbers of casualties but there where not that many of the liquidators that died from it. most of them killed themselves by thinking they where already gona die so they stopped taking care of themselves and just lived very day to the fullest. and a alcoholic in USA is just like the average Russian who drinks so you can imagine how much a Russian alcoholic can drink. i myself am from Estonia and know how damn much eastern European people can drink when they are not already thinking they are gona die
@@rampage3337 I'll call BS on that. Radiation was detected as far as eastern Europe & even nordic countries. Infact , some years back we had reports in our country regarding contamination of mushrooms & meats due to chernobyl. The problem is , we cannot place a certain number on death toll, because in most cases radiation causes spike in cancer rates. We can only get estimates after analyzing the deaths directly due to disaster.
@@rampage3337 cringe, you are believing in stereotypes in 2022
@@rampage3337 clown
This is a certified uncanny classic
Here to explain about the worldwide famous Chernobyl incident :
In 1986, in Chernobyl Nuclear power plant aka "Lenin I" it was minutes before midnight, workers were supposed to do a reactor endurance test. The rules for the test were that the energy levels must be 700, before beeing put to the test. The current energy level of reactor was 1600, so they needed to lower it. When they were at en. level 800, the energy started to fall fast, not by 1, but by 10 or 20. The energy was now below 700, thus leading to one of the workers pressing the famous AZ-5 button, aka the SCRAM button wich surpresses any reaction that is happening in the reactor. Unfortunately, the AZ-5 was supposed to lower the rods of the reactor, but the tips of the rods were made out of Graphite, which makes the reactions multiply and accelarate. The rods of the reactor were jumping up and down, unnable to reach the core, leading to the explosion of the core it self which made the reactor top fly out of the roof because of the ammount of energy released. The Uranium particles came in contact with oxygen, making them ionized wich lead to approximately 180.000 deaths of people from Prypyat.
So just to be correct. Before the test they lowered their power output to 30 MW instead of 700 MW. There is then build-up of neutron poisons, in this case Cesium-135, coming from Xe-135, I-135 and Te-135 (poisons are fission -or decay products with a high cross-section for neutron absorption). Because they had such low power they started pulling up the control rods, to raise power (rodheight is in relation with the effective multiplier coefficient k(eff) which is the result of "fast fission factor", "resonance escape probability", "thermal use-factor", "reproduction factor", "fast retention factor", and "thermal retention factor"). Then with the increasing power they started the test where they would start the waterpumps, water absorbs neutrons, so power goes down again. They then proceed to pull up more rods (just 6 left over in core instead of 26, which is a violation of the operating limit). An automatic emergency stop then begins, so at 01u23: steam shutdown to turbine, waterflow lowers, water temperature rises, less absorption of neutrons in water, more power, creation of voids (neutrons can travel in voids without interacting, so no moderating aka slowing down, losing energy), more power, neutron poisons burn, more power. Then the SCRAM button was pressed at 01u23.45, all of the rods became stuck at 1/3 of their cours due to the first explosion causes by the voids. Chain reaction could not be stopped, power increases, melting of the fuels, pressure increases, which lead to steam explosion, which blew off the 1000 ton cover. Making the fuel and their decay products in contact with the outside world. Contact with oxygen makes the graphite moderator burn. The flaw in their design is the relative lack in protection, and the positive moderator temperature coefficient. For safety reasons you are required to work with an under moderated reactor, with negative fast reactivity coefficient, these are the moderator temperature coefficient and the void-fraction coefficient.
"The reactor almost had a nervous meltdown"
This is the scariest video he ever posted.
So this is how dream stans are born.
And furries
@@Lolbadnub and fortnite kids.
And that one twitter user
i like the Scrapyard Guy ... giving the radioactive gifts to everyone on Christmas...
I'm a simple man, when I see my birthplace (Goiânia) I have to comment and to give a like
Greetings from Brazil gringos🇧🇷❤
Finally an interesting reccomendation
Liked!!
Those in the L5 Goiania Incident were not thieves, they collected disposed reclyclyng material to sell them to make money. They found this radiotherapy machine in a demolished and abandoned building which was obviously disposed in an absolutely innapropriate way. Those people who brought the glowing material home were totally clueless about what they got in their hands and the following events were tragic. I recommend Kyle Hill video about the Goiania Incient.
Já ia comentar isso.
now that i think about it after you said tokyo could be a ghost town if the workers just ran away, since nukes are banned in warfare maybe target nuclear reactors in the country and it would cause big damage to big areas to the country when in a war
Man it's already 2022, don't give silly ideas. We had enough of covid.
targeting nuclear power plants was already the strategy in cold war.. it's nothing new in 2022
i really don’t think nukes are banned in warfare though, it’s prob how the next one is gonna start
Stop giving ideas mate
Yow that illegal
*Him: Didn't put any joke in the outro.*
*Everyone: Impossible!*
No
In the early 80's I worked for a German company who built Atucha, I was part of a team who built a Scale model of the reactor, to check the drawings, before it was actually made. No computer modelling, just humans making a 3d model, the reactor model with the turbine house was 3m wide 2m high and 7m long. This was at a time when the UK was having problems with Argentina and the Falklands.
Every Radioactive Topic is Incomplete without Chernobyl incident
Your content is always the best. Keep uploading!! ❤️
I need to know the name of the background song, I can easily see myself listening to it along my other ambient tracks, awesome video!
This channel is pure gold, someone keep it in a container for eternity.
This is why i want there to be only nuclear powered electricity to power every computer and every light bulb on this planet. Also we should think of small scale nuclear reactors for powering everyday transportation
Man I really love your videos
Man Japan and Russia really don't have the greatest track record when it comes to nuclear power
The Windscale Pile event....Met the guy once and shook his hand (I Was a Reactor Operator at Calder Hall) Tom Tuohy was indeed his name....lived to a pretty good age! They'd been warned before, about a build up of 'Wigner Energy' in the graphite core....but nothing was done about it. Not only that, but they'd shaved off a lot of the cooling fins on the fuel rod casings., to quicken the manufacture of plutonium .....an accident waiting to happen. They tried CO2 from the newly build Calder Reactors, but that didn't work. Mr Tuohy made the decision to use water (after having turned off the fans first) Luckilly, this did the trick.
You should mention that that scale is the INES scale, introduced by the International Atomic Energy Agency in 1990.
I'm so happy when you come back
Love your video amazing 😍😍👑.
an upload after a long time...... good to see your videos again.
11:33 "In typical Soviet fashion, they didn't care about safety and environment"
Can't agree more especially given the lack of humanity shown in WWII (sacrificing many soldiers) and even till now, the Ukraine invasion.
This is the most useful video on Radioactive Accidents. Thank you!
The “thieves” of the Goiânia incident were actually scavengers. They would be thieves if they had entered an active hospital, which that one was a few years before, but it was abandoned and in ruins when those scavengers took the piece of the radiotherapy equipment.
@BradynLee09 Hehe, I just wanted to make a nearly identical comment so that more people might see it, because obviously that's better than relying on a reply.
@BradynLee09 Oh, and if it was a copy, it would be of my own comment, a reply on the comment of another person talking about the same thing.
I dislike the amount of times between videos, but I absolutely LOVE your content! 👏🏼👏🏼👏🏼
Hisashi Ouchi really died a horrifying death
Level 7 has the scariest music. That song gave me nightmares...
Can you do top carcinogens ever? (Cancer causing things)
Number 1: Smoking
@@B58-Minecraft I feel like #1 would be radiation
@@808Villain alright but smokers are exposed to more radiation compared to people in space
This is the only video not just imformative, but has no jokes in the end of the video.
Ooh I wonder where demon core will end up on the list
Edit: I was upset to not see it, although it seemed to revolve around nuclear facilities not individuals
Awesome as always mrslav. Video suggestion: top detectives of all time, crazy detective work or something.!
This feels like SCP movie.
The Andreev bay incident. The space between the barrels was to absorb neutrons.
With no gap, the water began acting as a moderator instead of a shield. Neutrons slowed down, making it much more likely to hit another nearby uranium atom, so those barrels had the right conditions to go critical.
Also, you mention windscale and sellafield. They're the same thing. Windscale was renamed Sellafield.
If you ever run out of ideas you can take the same path as Lemmino and start doing documentaries instead
I might consider that in the future
Intensive soundtrack. Reeks of radiation havoc. I'm definately for fission power, though. The safest form of energy production even with all the messing up.
In the case of the accident in Goiânia (Brazil) they were not thieves they were two friends who collected metals to sell to scrapyard they did not know they were dealing with highly dangerous material...
If I’ve learned anything from my Hyperfixation on radioactive disasters it’s that if something is glowing blue, and you don’t know why, RUN. Also always trust your Geiger counter.
why does it ends so quickly? will there be a continiuation? its kinda dissapinting at current state, hope to see more of this!
you want more radioactive accidents ?
so you wanted more fatal Nuclear Doomsday?
Disappointing that there's not lots of nuclear events?
Wait until we create Antimatter Uranium.
@@onurzz581 not everythinv was mentioned
@@asheep7797 well we already created antimatter
Missed you! Nothin like seeing a new video from Mr Slav and drinking coffee at 7am
What if we reutilize the nuclear waste like plutonium and transforming into a nuclear battery? Or instead using uranium we can use thorium instead. Some of you can tell me why we can't?
So Plutonium actually is not just waste. For instance a reactor fueled by natural uranium (0,7% U-235 and 99,3% U-238) has little fissile U-235. This is the isotope of Uranium that is used for fission (U-233 can also be used but therefore there needs to be neutron absorption in Th-232). U can see almost everything 99,3% is fertile U-238, fertile meaning it can not be used by fission, only if get a neutron absorbing reaction it can become fissile. U-238 absorbs a neutron, becoming fissile Plutonium-239. This is used as fuel, so not waste. I know that Pu-238, Pu-240 are fertile. Nuclear waste is mainly the fission products which then decay further and are Te-135, I-135, Xe-135, Cs-135, Ba-135, Sr-90. U can look up the relative yield of fission products in function of their atomic number, this graph has almost no dependency of the incoming neutron energy and the nuclide which is used in fission. So the fission products are always around these elements.
For the second part u are talking about Molten Salt Reactors I think? So I don't know that much about them but I know that they use the fertile isotope of Thorium, Th-232 as fuel to absorb a neutron to become U-233. So technically u can call them U-233 reactors. Also with the hot salts in MSR's your components of the reactor are harder to manufacture due to the corrosion that it causes, currently there is no such components that can withstand these, if I am not mistaking.
@@larsxrymenants OK thanks for the information bro, but i was questioning why we can't use radioactive waste as a nuclear battery like plutonium batteries as a example.
Your videos are extremely Awesome
Hold up, if level 0 has nothing happening and the “danger” gets multiplied by 10, doesn’t that means all the others are the same as level 0? (0x10=0)
The (0x10=0) is the value of level. We want to find the 10x value of danger(d) so it's 10d or 10 times danger.
@@stahnlzeerika1106 if nothing happens, the danger is 0, and 0 times anything is still 0
@@mere2508 I get it now, I thought we're calculating about level.
These are old powerplants 8/10 times, today most gave emergency backups for emergency backups for more emergency backups
14:46 tokyo is not a city, its a prefecture, and its more like a province, and there arent any cities in japan named tokyo:/
He really means it's end game but will not say more.
@@zushikatetomotoshift1575 huh
Let's goooo another MRSLAV video
0:01 wheres that from?
Yeah
Its from “Inside japan’s nuclear meltdown (full documentary) time stamps between 44:00 and 45:00
Video hasn't even started and I'm liking it 👍🏻