Friday, March 18, 2011

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The heroes of Fukushima Repubblica.it

In this video the 139 who are trying to avoid the apocalypse will not occur at Fukushima and in most of Japan.




Thursday, March 17, 2011

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by exposure to nuclear radiation is the risk to health (from ilfattoquotidiano.it)

From an article on the website of the daily newspaper (see here ) indicates the consequences of radiation exposure.

exposure to nuclear radiation
Here are the health risks

Nausea, hair loss, bleeding, and then in the long term, thyroid cancer and leukemia, and death. These are the possible effects of exposure to radiation. The unit is the sievert , which is a remarkable value, so that typically is used submultiple millisieverts (mSv).

To give an idea of \u200b\u200bthe scale of values, each of us absorbs each year, due to natural radioactivity, an average of 2.4 millisieverts. An ordinary X-ray results for the patient an absorption of 1 millisievert, a CAT scan is between 3 and 4 mSvt, a pet or a scan from 10 to 20 mSv. In radiotherapy, of course, the doses go up much, according to the cancer that will destroy, and can exceed 40 mSv. The radiologists considered a fixed threshold of 6 mSv tolerated without consequences to a healthy body.

In Japan, near the center of Fukushima, has reached the quota of 400 mSv in an hour of exposure. What are the damages? According to the WHO charts, where it is exposed to a sievert (1,000 mSv) in one hour is incurred in temporary changes in hemoglobin, and when you go up to 2-5 sievert you have hair loss, nausea, bleeding. With 4 sievert absorbed in a week we have the death of 50% of cases, with 6 death is certain and immediate. This

only in the short term. In the long, as we saw with dramatic precision in the years following Chernobyl , even after 20 years or more, you risk tumors (especially thyroid), lymphomas and leukemias. The areas of the body considered the most radio-sensitive are those whose cells multiply very rapidly, skin, bone marrow and the sex glands. While the kidneys, liver, muscles and nervous system are considered radio-resistant, since the cells that make up these tissues are reproduced with less ease. The most immediate risk, then, are represented by inflammation involving the skin and mouth, by subcutaneous bleeding and hair loss.

The mortality rate is particularly high within 45 days from the moment you come into contact with radiation. Against contamination, only measures with some effectiveness are close in the house while causing the least possible contact with the outside air and the assumption of iodine, which targeted cells has been affected by preventing contamination from spreading in the body. Also essential personal hygiene, especially washing their hands. In severe cases, emergency response plans in all countries of the world provide for the evacuation of at least 5 km radius in the nuclear incident occurs.

Wednesday, March 16, 2011

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Interactive map 1

Interesting interactive representation of the complex fi Fuckushima 1, from the republic. It (here )

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central Fukushima Fukushima Incident

I when you get to use a indrante, as mega, to lower the temperature of a nuclear reactor, has reached a point to say the least "critical."

It 'obvious that TEPCO has lost control of the situation and we rely on extemporaneous solutions, based on 50 unfortunate that most likely will leave us life!

The French entry dell'autority responsible for the French nuclear safety, which for some days are evaluating the situation more critical than IAEA, now the currency risk between 6 and 7 of INES scale (see here), which as we all learned about reach a maximum scale of 7.


7 catastrophic accidents

6

serious accident
5
Accident with significant consequences
4
Accident local consequences
3
serious fault
2
Fault
1
Anomaly
0
deviation (not significant for safety)

Tuesday, March 15, 2011

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EPR, the French Nuclear Fusion


If Italy is decided to build a nuclear reactor, the choice of technology should rest with the type EPR (European pressured Reactor), considered In 2008, ENEL has begun a collaboration with France's EDF.

Picking up wikipedia (full article here )

The main aims of the project are
- improving the safety of the facility;
- making it economically more competitive

The EPR can be used as fuel: oxide uranium enriched up to 4.9% in (~ 3.5% on average whereas the other partially burned cycles) or MOX (mixed oxides of uranium and plutonium) up to 100% of the kernel.

the EPR nuclear reactor project involves multiple systems of both active and passive protection against various types of accidents:

  • four independent emergency cooling systems, each capable alone to cool the reactor core after its off;
  • a metal containment around the reactor to seal the leakage of radioactive material in an accident with rupture of the primary circuit;
  • a container (core catcher) and an area passive cooling of the molten material in the unlikely event that the molten core of radioactive nuclear fuel can be released from the pressure vessel (see containment building )
  • double-walled outer reinforced concrete, with a thickness total of 2.6 m, designed to withstand the direct impact of a large airliner (and in this regard were raised doubts about the real effect it would have a similar impact)
If you unhappy in Italy decided to build a nuclear reactor, the choice of technology should rest with the type EPR (European pressured Reactor), whereas in 2008 ENEL has begun a collaboration with France's EDF.

Picking up wikipedia (full article here)

The main aims of the project are
- increase plant safety;
- making it economically more competitive

The EPR can be used as fuel: enriched uranium oxide up to 4.9% in (~ 3.5% on average whereas the other partially burned cycles) or MOX (mixed oxides of uranium and plutonium) up to 100% of the kernel.

the EPR nuclear reactor project involves multiple systems of both active and passive protection against various types of accidents:
four independent emergency cooling systems, each capable alone of cool the reactor core after shutdown;
a metal containment around the reactor to seal the leakage of radioactive material in the event of an accident with rupture of the primary circuit;
a container (core catcher) and an area of \u200b\u200bpassive cooling of the molten material in the unlikely event that the core of nuclear fuel radioactive zone can escape from the container in pressure (see containment building);
double outer wall of reinforced concrete, with a total thickness of 2.6 m, designed to withstand the direct impact of a large airliner (and in this regard are doubts arose about the real effect it would have a similar impact)
from the Wikipedia article you may experience problems design and implementation of systems that have already emerged.

in English on the site of Areva there are all the technical details of the project.

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fuel rods

Citing the Japanese agency Kyodo News the fuel rods of the first reactor at the Fukushima central zone 1 is 70%, while the latter reactor is 33%.

sources are cited Tokyo Electric Power Co , the company that operates the plant in question.





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meltdown and other nuclear explosions

At this time we are likely, if not already done so in part to the merger of at least one (maybe two others) of the reactor core of nuclear power plant in Fukushima.

Tonight in Italy, in the morning in Japan, there were two other explosions.


breaking news, the fourth reactor exploded again! 4 workers were missing in the turbines.

by now as it was clear from the beginning, the authorities around the world are defining "apocalypse," Japan can no longer control over the situation.


Monday, March 14, 2011

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operation and several explosions in Fukushima


In this post you want to recover the internet resources that explain the operation of the BWR reactor, the type of Fukushima.

- an explanation of the fission reactor here and here

- an explanation of reatore BWR boiling water nuclear here

- nuclear energy Japan here



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According to France the incident to Fukushimma reactors is much more serious than estimated by the Japanese.

According to the French the accident is a Class 5 ( Accident with significant consequences) or 6 (major accident) instead of INES 4 ( Accident with local consequences) as indicated by Japanese (f shame corriere.it ).

The information that comes from Nipponese authorities are sometimes confused by the "okay" to "we do not exclude the meltdown."

What is happening in these plants, with primary and secondary cooling systems fails, the fuel rods remain uncovered by water that acts as a moderator for the nuclear reaction but also serves as a coolant.

With the uncontrolled growth of the temperature of the reactor, the zirconium alloy that coats the uranium fuel rods began to melt and the water formed by reactions with hydrogen, a highly volatile gas . And the hydrogen produced in this way would have caused the explosion a number of Fukushima plant, which for now does not seem at risk merger. But the growth temperature is a danger, especially for fuel rods, whose merger, according to TEPCO, could have occurred in reactor number two in Fukushima. (Source espresso.it )

This article espresso. It is explained the situation and what can happen here.

below the first and second explosion


Saturday, March 12, 2011

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New Nuclear Power Plants in Japan, incidence of Fukushima-Daiichi


11/03/11 After the earthquake in Japan on the issue of security of nuclear power plants will be part of internal debate, since the referendum of 6.12.

Japan is simultaneously one of the most seismic-nuclear world, which would at least give pause to the experts.

After a day of doubt, at the time of writing this post, seems to define the idea of \u200b\u200ba nuclear fission reactor plant during the first Fukushima-Daiichi .

The reactor Fukushima-Daiichi , taking the information from wikipedia, is a plant-type BWR built between 1967 and 1970, entered into according to the following year.