Confirmed, Fire and steam from reactor 3 Fukushima.. time for plan 'z' I'm so sry for those with children,

We just need to bury it in lead and bismuth. With the quickness.

Just trying to understand why it's such a problem. I am googling right now to understand it.


A short synopsis would be really helpful if anyone has the patience for it.

In 2005 Ken Shoulders (known as the father of MicroElectronics, which he developed with MIT), sent MIT a report on how radioactive contamination can be eliminated using the "Hutchison Effect". MIT never responded. "They" know how to do this, just like we do.

Ken just recently died. Lived on the west coast. Cancer.

John Hutchison and I are using the Hutchison technology, here, on the southern coast of Oregon. We came here in April of last year, because of reports of heavy contamination. Our current CPM is between 8 and 10 (air, alpha, beta, gamma).

About 10 days ago the rest of the country had a massive spike in radiation, 300 to 800 CPM gamma (and beta) reported on "government" monitors. Lasted over 48 hours. We have maintained the 8 to 10 CPM.

We are frantically testing various processes that can be duplicated in other areas, without the need for all the equipment Hutchison uses.
But, it is "just us".

We need someone that is a math whiz that can map out the tones that we use. An outside the box thinker, that can map the tones on a node of a spiraling toroid. (Like a Rodin coil). Certain combinations of audio tones, when played together, go "ultrasonic", into the RF and light frequencies.

One of the beginning tests we just finished showed a 20% reduction of radiation of a scientific sample of radioactive material...while in front of speakers. Audio tones. We sure could use lots of people with audio skills and Geiger counters to verify this in other parts of the country.

The math whiz is needed to "find the intersections", as music is a spiral. We believe these intersections are the key to using just audio for elimination of radioactive contamination.

We have repeatedly asked ham radio operators to work with us to "pick up the signal and bounce it". No one, nope, not a single person has said they would help.

Frankly, we can do only what we can do.
Multiple independent test results proving what we do works.
If you want to stay alive, I suggest you participate in a solution.

www.life-ray.org

email: [email protected]

BUMP

:jmount: BUMP

I am serious. I know nothing about nuclear reactors or what have you.

Isn't there a way to shut them down?

Didn't someone come up with some kind of plan in case there was an accident to be able to shut them off?

Why don't they just shut the whole site down? Turn if off?

it is a very complicated situation... If you are a fan of Back to the Future, it would be the equivalent of having the flux copasatuer go into meltdown.... You cant just unplug, its already spewing...

Agreed, if I had the bread I would also do so.. but it seems that anybody who has access to money that has to be counted in Sagan units only cares about enslaving the population and staying on top of the shit heap.

I'm not to educated about nuclear reactors myself but I do know that you essentially can't 'shut down' one. At least not in the way you are thinking. Once the reaction is started it will continue for quite some time. Over a period of many years dismantling of the reactor can be done (but only under safe conditions,which this current situation is not). Eventually all that is left to do is contain the core itself, which is still undergoing a reaction, just encased in something that helps to block radiation. Or so I believe, again I am not that knowledgeable on the subject.

But just to reiterate, yes it can be done to a certain extent, just not under the conditions this plant is currently in.

Mt.Fuji....so beautiful, isn't it?

You're so funny.

it's called "the suicides' Mount"

Just use a starship coil.

Plan /Z\

Bismuth.

What fukushima needs is a large dose of pepto.

Can anyone tell me what adding Bismuth to the nuclear fuel would do?

We just need to bury it in lead and bismuth. With the quickness.

:this1:

We just need to bury it in lead and bismuth. With the quickness.

We just need to bury it in lead and bismuth. With the quickness.

Boiling point 2847 °F

It would boil away before the pile was even at its fully realized temperature.. but like anything in nuclear physics, the only way to know for sure is to try.

[link to en.wikipedia.org]

Molten lead or lead-bismuth eutectic can be used as the primary coolant in a nuclear reactor, as lead and bismuth have low neutron absorption and relatively low melting points. Neutrons are less slowed by interaction with heavy nuclei, so lead and bismuth are not neutron moderators, making this type of reactor a fast-neutron reactor. The coolant does serve as a neutron reflector returning some escaping neutrons to the core.

[link to en.wikipedia.org]

Molten lead or lead-bismuth eutectic can be used as the primary coolant in a nuclear reactor, as lead and bismuth have low neutron absorption and relatively low melting points. Neutrons are less slowed by interaction with heavy nuclei, so lead and bismuth are not neutron moderators, making this type of reactor a fast-neutron reactor. The coolant does serve as a neutron reflector returning some escaping neutrons to the core.

Sure it can be used as a coolant in fast breeder type reactors that are under control. Fast breeder plants use liquid metal to allow for a very large amount of thermal transfer in a very small space, hence their use in maritime nuclear plants. But a runaway criticality is a different beast.