Well, it isn't plutonium to begin. Plutonium is a product of fission but has to be processed from other heavy elements. I don't know the type of reactor in Ukraine is, but its likely a typical, run of the mill, U238 reactor. The U238 is processed into a pure form in the shape of rods that are then inserted into an assembly at specific locations around a circle or if square, in strategic locations to maximize the neutron interaction with the water. The other reason is that the other rods are made of a neutron-absorbing metal, usually Molybdenum or graphite. The reactions is controlled by how much of these neutron-absorbing metals separate and stop the interaction. This way, they can control the amount of heat generated. It is the super-heated water that is pumped through pipes into ordinary water baths, that transfer the heat to the ordinary water without radioactive contamination. That water, of course, is flashed into steam which then goes to generators (massive generators) to create the electricity.
A bomb, would not be much different than what happened to Chernobyl. Chernobyl was doing a 'spin down' test for war readiness and the reactor got out of their control. They could not control the reaction in the core chamber and when it was hot enough, it actually blew the top off the containment building. Of course, when that happened, all the liquid flash steamed and vented into the atmosphere and started rising very rapidly. The exposed core then began to meltdown and that process started vaporizing all the material around it. Cement, dirt, sand. That is what caused the majority of the contamination in the area, which exists to this day.
If the Russians bombed it, it would be an absolute catastrophe and an environmental (locally) disaster. But there would not be the big "mushroom cloud" explosion.
well thank you for the awkward history in reactors. Yes, Plutonium is a product of fission, you could of told us Plutonium does not exist in nature, why you did not is beyond me, maybe it did not state that with your google search?
U238? You mean U235? U238 is not fissionable?
Type of reactor, you mean heavy water or candu? Boiling Water or BWR? Pressurized Water Reactor, PWR? Breeder reactor? I have never ever heard of U238 reactors.
I have not heard of U238 being processed into rods. For that matter, the preferred fuel of, Uranium 235 is not processed into rods. It is processed into what they call pellets the size of a filter on a cigarette. These pellets are than inserted into zirconium tubes, which are assembled into a square fuel assembly, or bundle. I would guess there are 200 zirconium tubes per fuel rod assembly.
You state it is not plutonium? Yet, that is exactly the material in spent fuel rods that makes them so dangerous? The uranium 235 is converted into ??? 235 to 238 to 239 to plutonium? After a short half live? I could google it and sound very technical but I just know the process, I do not study or pretend to be the expert.
Neutron reaction with water? I have zero idea what you are talking about there? Except that maybe you got the candu heavy water reactor mixed up with the water of a pressurized water reactor, or even a BWR, that is laden with the element boron which is a neutron absorber that slows the and helps controls the reaction? Maybe you could explain? Most likely you are very confused, and am applying candu heavy water reactor with the russian reactors in the ukraine which are obviously PWRs and not Candu's
"The other reason is that the other rods are made of a neutron-absorbing metal, usually Molybdenum or graphite."
huh? NO, it is Zirconium that that the fuel rods are made of?
What about control rods? Boron comes to my mind, what about yours, certainly not Molybdenum or Graphite?
All that aside, you explanation of how a reactor works is borderline, stupid.
Radioactive water, or superheated water is pumped through pipes? A quick lesson from me, I will educate you without the help of google.
Uranium 235 wont fission on its own, I think we need Californium 252 (this i had to look up). So there is a startup fuel rod that gets the process going. The control rods which are inserted between the fuel rods are lifted out, the startup fuel rod is inserted, than fission begins. Control rods will be made mostly of Boron, like borax, the soap, for it is a neutron absorber. We can agree that is the control rod in all nuclear reactors? PWR, BWR, CANDU, etc..
There is reactor pump, pumping cold water that gets heated by being pumped throught the fuel rods in the reactor.
That water either boils off and turns the turbine, in a boiling water reactor.
or
That water is pumped into a giant radiator, or steam generator, where the tubes become heated and boils the water that is on the secondary side, which is then turns the turbine, that turns the generator.
There is no baths as you state. Steam is not very radioactive, if at all, in a BWR, and of course in a PWR, the radioactive water is seperated from the secondary side by the steam generator tubing. No baths?
Water, which is has hydrogen, which is a natural neutron absorber, helps control the reaction, for the water is full of that great element, boron. Boronated water and boron control rods is what controls the reaction.
chernobyl? There was no containment building? Hence no lid was blown off, unless you are speaking of the reactor head? And that was a graphite moderated reactor.
anyhow, what was your point amongst all you convoluted misunderstandings?